Data Class Family

class model.PSPL

Bases: ABC

Methods

animate(tE, time_steps, frame_time, name, ...)

Produces animation of microlensing event.

get_chi2_photometry
get_lnL_constant
get_photometry
log_likely_photometry
log_likely_photometry_each

animate(tE, time_steps, frame_time, name, size, zoom, astrometry)

Produces animation of microlensing event. This function takes the PSPL and makes an animation, the input variables are as follows

Parameters

tE:

number of einstein crossings times before/after the peak you want the animation to plot

e.g tE = 2 => graph will go from -2 tE to 2 tE

time_steps:

number of time steps before/after peak, so total number of time steps will be 2 times this value

frame_time:

times in ms of each frame in the animation

name: string

the animation will be saved as name.html

size: list

[horizontal, vertical] cm’s

zoom:

# of einstein radii plotted in vertical direction

class model.PSPL_Phot

Bases: PSPL

Contains methods for model a PSPL photometry only. This is a Data-type class in our hierarchy. It is abstract and should not be instantiated.

Methods

animate(tE, time_steps, frame_time, name, ...)

Produces animation of microlensing event.

get_astrometry
get_astrometry_unlensed
get_centroid_shift
get_chi2_photometry
get_lens_astrometry
get_lnL_constant
get_photometry
get_resolved_amplification
get_resolved_astrometry
log_likely_astrometry
log_likely_photometry
log_likely_photometry_each

animate(tE, time_steps, frame_time, name, size, zoom, astrometry)

Produces animation of microlensing event. This function takes the PSPL and makes an animation, the input variables are as follows

Parameters

tE:

number of einstein crossings times before/after the peak you want the animation to plot

e.g tE = 2 => graph will go from -2 tE to 2 tE

time_steps:

number of time steps before/after peak, so total number of time steps will be 2 times this value

frame_time:

times in ms of each frame in the animation

name: string

the animation will be saved as name.html

size: list

[horizontal, vertical] cm’s

zoom:

# of einstein radii plotted in vertical direction

class model.PSPL_PhotAstrom

Bases: PSPL

Contains methods for model a PSPL photometry + astrometry. This is a Data-type class in our hierarchy. It is abstract and should not be instantiated.

Methods

animate(tE, time_steps, frame_time, name, ...)

Produces animation of microlensing event.

get_chi2_astrometry
get_chi2_photometry
get_lnL_constant
get_photometry
log_likely_astrometry
log_likely_astrometry_each
log_likely_photometry
log_likely_photometry_each

animate(tE, time_steps, frame_time, name, size, zoom, astrometry)

Produces animation of microlensing event. This function takes the PSPL and makes an animation, the input variables are as follows

Parameters

tE:

number of einstein crossings times before/after the peak you want the animation to plot

e.g tE = 2 => graph will go from -2 tE to 2 tE

time_steps:

number of time steps before/after peak, so total number of time steps will be 2 times this value

frame_time:

times in ms of each frame in the animation

name: string

the animation will be saved as name.html

size: list

[horizontal, vertical] cm’s

zoom:

# of einstein radii plotted in vertical direction

class model.PSPL_Astrom

Bases: PSPL

Contains methods for model a PSPL photometry + astrometry. This is a Data-type class in our hierarchy. It is abstract and should not be instantiated.

Methods

animate(tE, time_steps, frame_time, name, ...)

Produces animation of microlensing event.

get_chi2_astrometry
get_chi2_photometry
get_lnL_constant
get_photometry
log_likely_astrometry
log_likely_astrometry_each
log_likely_photometry
log_likely_photometry_each

animate(tE, time_steps, frame_time, name, size, zoom, astrometry)

Produces animation of microlensing event. This function takes the PSPL and makes an animation, the input variables are as follows

Parameters

tE:

number of einstein crossings times before/after the peak you want the animation to plot

e.g tE = 2 => graph will go from -2 tE to 2 tE

time_steps:

number of time steps before/after peak, so total number of time steps will be 2 times this value

frame_time:

times in ms of each frame in the animation

name: string

the animation will be saved as name.html

size: list

[horizontal, vertical] cm’s

zoom:

# of einstein radii plotted in vertical direction