Information on Service 'The Infinite Lightcurve, Images'

[Use this service from your browser]

Further access options are discussed below

Images from the infinite microlensing lightcurve selectable through text queries.

For a list of all services and tables belonging to this service's resource, see Information on resource 'The Endless Lightcurve'

Service Documentation

The source radii are given in units of 0.01 Einstein radii.

Overview

You can access this service using:

This service is published as follows:

local means it is listed on our front page, ivo_managed means it has a record in the VO registry.

Other services provided on the underlying data include:

Input Fields

The following fields are available to provide input to the service (with some renderers, some of these fields may be unavailable):

NameTable Head DescriptionUnitUCD
line Distance Distance indicator in 0.01 Einstein radii N/A pos.distance
palette Palette Palette to use for coloring (empty for b/w) N/A N/A
palette Palette Palette to use for coloring (empty for b/w) N/A N/A
plotField Source Profile N/A N/A N/A
plotField Source Profile N/A N/A N/A

Default Output Fields

The following fields are contained in the output by default. More fields may be available for selection; these would be given below in the VOTable output fields.

NameTable Head DescriptionUnitUCD
data Image data Base64 encoded 8-bit image data N/A N/A
line Distance Distance indicator in 0.01 Einstein radii N/A pos.distance

VOTable Output Fields

The following fields are available in VOTable output. The verbosity level is a number intended to represent the relative importance of the field on a scale of 1 to 30. The services take a VERB argument. A field is included in the output if their verbosity level is less or equal VERB*10.

NameTable Head DescriptionUnitUCD Verb. Level
line Distance Distance indicator in 0.01 Einstein radii N/A pos.distance 1
thin01 Thin 01 Amplification of a thin disk of r=1 mag phot.mag;arith.diff;meta.main 1
gauss01 Gauss 1 Magnification for a Gauss disk source with r=1 mag phot.mag;arith.diff 12
gauss02 Gauss 2 Magnification for a Gauss disk source with r=2 mag phot.mag;arith.diff 12
gauss04 Gauss 4 Magnification for a Gauss disk source with r=4 mag phot.mag;arith.diff 12
gauss06 Gauss 6 Magnification for a Gauss disk source with r=6 mag phot.mag;arith.diff 12
gauss08 Gauss 8 Magnification for a Gauss disk source with r=8 mag phot.mag;arith.diff 12
gauss10 Gauss 10 Magnification for a Gauss disk source with r=10 mag phot.mag;arith.diff 12
gauss12 Gauss 12 Magnification for a Gauss disk source with r=12 mag phot.mag;arith.diff 12
gauss16 Gauss 16 Magnification for a Gauss disk source with r=16 mag phot.mag;arith.diff 12
gauss20 Gauss 20 Magnification for a Gauss disk source with r=20 mag phot.mag;arith.diff 12
gauss24 Gauss 24 Magnification for a Gauss disk source with r=24 mag phot.mag;arith.diff 12
gauss28 Gauss 28 Magnification for a Gauss disk source with r=28 mag phot.mag;arith.diff 12
gauss32 Gauss 32 Magnification for a Gauss disk source with r=32 mag phot.mag;arith.diff 12
gauss40 Gauss 40 Magnification for a Gauss disk source with r=40 mag phot.mag;arith.diff 12
gauss48 Gauss 48 Magnification for a Gauss disk source with r=48 mag phot.mag;arith.diff 12
thin02 Thin 2 Magnification for thin disk with r=2 mag phot.mag;arith.diff 12
thin04 Thin 4 Magnification for thin disk with r=4 mag phot.mag;arith.diff 12
thin06 Thin 6 Magnification for thin disk with r=6 mag phot.mag;arith.diff 12
thin08 Thin 8 Magnification for thin disk with r=8 mag phot.mag;arith.diff 12
thin10 Thin 10 Magnification for thin disk with r=10 mag phot.mag;arith.diff 12
thin12 Thin 12 Magnification for thin disk with r=12 mag phot.mag;arith.diff 12
thin16 Thin 16 Magnification for thin disk with r=16 mag phot.mag;arith.diff 12
thin20 Thin 20 Magnification for thin disk with r=20 mag phot.mag;arith.diff 12
thin24 Thin 24 Magnification for thin disk with r=24 mag phot.mag;arith.diff 12
thin28 Thin 28 Magnification for thin disk with r=28 mag phot.mag;arith.diff 12
data Image data Base64 encoded 8-bit image data N/A N/A 20

Copyright, License, Acknowledgements

Lightcurve computed by Robert Schmidt. If you use this data, please acknowledge this web page. Visualization by M. Demleitner/U.Stampa.

VOResource XML (that's something exclusively for VO nerds)