{"format":"Jewish Cosmology project-specific discovery manifest","version":1,"name":"Jewish Cosmology","url":"https://jewishcosmology.com/","type":"interactive web application","language":"en","description":"Jewish Cosmology is an interactive research and educational web application connecting Hebrew dates, traditional Jewish calendar calculations and halachic concepts of time with the observable motions of the Sun, Moon and planets, astronomical seasons and eclipses.","subjects":["Jewish calendar","Hebrew calendar","Jewish chronology","astronomy","observational astronomy","mathematical astronomy","calendar astronomy","Sun","Moon","lunar phases","molad","planets","planetary motion","eclipses","solar eclipses","lunar eclipses","tekufot / tekufos","equinoxes","solstices","Rav Adda","Shmuel","Hebrew year structure","keviyah","dechiyot / dechiyos","leap years","19-year calendar cycle","28-year solar cycle","Shemittah cycle","Jewish day","Julian Date","Scaliger Day Number","sunrise","sunset","solar altitude","atmospheric refraction","observer location","horizon geometry","proportional hours / shaos zmanios","halachic time concepts"],"capabilities":["Explore a selected Hebrew date and observer location alongside solar, lunar and planetary geometry.","Compare fixed-calendar month lengths, molados, postponements and cycles with astronomical events.","Compare Shmuel and Rav Adda seasonal reckonings with astronomical equinoxes and solstices.","Explore catalogue and computed solar and lunar eclipses with observer and geographic circumstances.","Experiment with a single Hebrew year or a continuous sighting chronology anchored to fixed Jewish Day Numbers; compare the resulting dates with the standard calendar."],"sections":[{"path":"","name":"Jewish Calendar and Astronomy","title":"Jewish Cosmology — Jewish Calendar & Astronomy","description":"Explore the current or selected Jewish date alongside the observer sky, Sun, Moon, planets and astronomical time data.","paragraphs":["Explore a selected moment and observer location in sky and space views. Compare Hebrew and civil dates, Jewish day numbers, Julian Date, solar and lunar positions, and rise, transit and set events."],"related":["calendar","sun","moon","about"],"url":"https://jewishcosmology.com/"},{"path":"calendar/","name":"Hebrew Calendar","title":"Hebrew Calendar Explorer — Jewish Cosmology","description":"Explore Hebrew dates, molados, year types, keviyah, dechiyos, calendar cycles and traditional time units alongside astronomy.","paragraphs":["Explore monthly Hebrew dates, observances and readings, with Gregorian and Julian dates. Day details connect the calendar to astronomy and configurable halachic times.","Year review shows month lengths, leap years, postponements, molados and tekufos, with the 19-year calendar cycle, 28-year solar cycle and Shemittah cycle. Fixed-calendar projections into early periods are not evidence of the calendar historically observed then.","Separate experimental views compare altered year rules and a continuous calendar according to sighting. The sighting experiment starts from a declared anchor, retains fixed Jewish Day Numbers, and advances months using selected illumination, horizon and sunset-offset criteria. These are configurable research assumptions, not records of witnessed sightings or halachic declarations."],"related":["year-experiment","reiah","molad","tekufah"],"url":"https://jewishcosmology.com/calendar/"},{"path":"halachic-times/","name":"Halachic Times","title":"Halachic Time Concepts & Limitations — Jewish Cosmology","description":"Explore zmanim for a selected Hebrew day and observer location, using configurable sunrise, sunset and proportional-hour definitions.","paragraphs":["The Halachic Times explorer connects a selected Hebrew day with solar events and a table of calculated zmanim. Inspect the Sun at a selected event, compare local times, and review the location, atmospheric and horizon settings behind the calculation.","A calculated solar position is an astronomical result; the choice of which position, offset or day interval defines a halachic time is an interpretation. Settings expose these choices instead of treating one convention as universal. These educational results are unverified for practical halachic use."],"related":["shaot-zmaniyot","shkiyah","netz-hachamah"],"url":"https://jewishcosmology.com/halachic-times/"},{"path":"sun/","name":"Sun","title":"Sun & Sunrise/Sunset Explorer — Jewish Cosmology","description":"Explore solar position, altitude, sunrise and sunset by location, with solar limb, refraction, elevation, horizon and obstruction controls.","paragraphs":["Compare solar geometry from side and observer perspectives. Research controls include solar disc and limb definitions, atmospheric refraction, observer elevation, city radius, terrain and obstructions.","Solar altitude, direction, meridian transit and sunrise/sunset depend on the selected model and calculation profile. Experimental page overrides can intentionally differ from shared site settings."],"related":["shkiyah","netz-hachamah","refraction","solar-declination"],"url":"https://jewishcosmology.com/sun/"},{"path":"moon/","name":"Moon","title":"Moon, Lunar Phases & Molad Explorer — Jewish Cosmology","description":"Explore Moon position, phases, astronomical new moon and traditional molad comparisons, with rise/transit/set, observer views and lunar geometry.","paragraphs":["Explore lunar phases, illumination, altitude, direction, rise and set events at a chosen time and location. The observation viewer includes a horizon, altitude guides, building-height comparisons and time jumps. Lunar views use the standard Hebrew calendar.","A traditional mean molad, a calculated true conjunction and the first visible crescent are different events. Compare the Moon with the Sun and observer horizon; illumination alone does not establish visibility. Calendar changes based on sightings belong to the separate experimental-year and sighting-calendar tools."],"related":["molad","reiah","year-experiment"],"url":"https://jewishcosmology.com/moon/"},{"path":"planets/","name":"Planets","title":"Planetary Motion & Orrery — Jewish Cosmology","description":"Explore planetary positions and motion through time in observer sky and orrery views, with Earth, the Sun, Moon and supported planetary systems.","paragraphs":["Explore Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune, subject to visibility settings. Observer sky and orrery views show different perspectives on planetary motion.","Orbit guides, the Earth–Sun plane and selected moon systems support geometric comparison. Display scaling and illustrative surfaces are not measurements of apparent size or visibility.","Read zodiac longitude, astronomical constellation membership using IAU boundaries, and the traditional mazal separately. A 30-degree zodiac sign is not the same thing as an unequal astronomical constellation. The observer and space views describe the same selected moment from different perspectives."],"related":["sun","moon","solar-declination"],"url":"https://jewishcosmology.com/planets/"},{"path":"seasons/","name":"Seasons","title":"Tekufos, Equinoxes & Solstices — Jewish Cosmology","description":"Compare Shmuel and Rav Adda tekufah calculations with astronomical equinoxes and solstices for a selected Hebrew year.","paragraphs":["Compare traditional seasonal reckonings of Shmuel and Rav Adda with calculated solar-longitude crossings: the equinoxes and solstices.","Traditional clocks are anchored to Jerusalem standard time; civil clocks use the selected location’s timezone. Astronomical seasonal crossings are geocentric events, not local sunrise or sunset."],"related":["tekufah","calendar"],"url":"https://jewishcosmology.com/seasons/"},{"path":"eclipses/","name":"Eclipses","title":"Solar & Lunar Eclipse Explorer — Jewish Cosmology","description":"Explore eclipses by Hebrew year, observer circumstances, eclipse geography and Eretz Yisrael visibility estimates, with catalogue and computed sources distinguished.","paragraphs":["Explore solar and lunar eclipses, shadow geometry, geographic paths and local circumstances. Catalogue entries use Fred Espenak and Jean Meeus’s NASA GSFC Five Millennium Catalogues; computed searches extend exploration beyond catalogue coverage.","Eretz Yisrael visibility badges are regional sampling estimates. Ancient and distant-future timings and ground paths are uncertain, especially through ΔT. Computed events are research estimates, not historical confirmation."],"related":["sun","moon"],"url":"https://jewishcosmology.com/eclipses/"},{"path":"about/","name":"About Jewish Cosmology","title":"About Jewish Cosmology — Calendar & Astronomy Research","paragraphs":[],"related":["glossary","calendar","sun","moon"],"static":true,"description":"Jewish Cosmology is an interactive research and educational web application connecting Hebrew dates, traditional Jewish calendar calculations and halachic concepts of time with the observable motions of the Sun, Moon and planets, astronomical seasons and eclipses.","url":"https://jewishcosmology.com/about/"},{"path":"year-experiment/","name":"Experimental Hebrew Calendar","title":"Experimental Hebrew Calendar | Jewish Cosmology","description":"Compare a modified Hebrew year with the standard calendar, using month-length, molad and observation adjustments.","paragraphs":["Adjust the experimental year and compare its Hebrew date labels with the standard calendar on the same underlying day. Review month lengths, holiday shifts, molad references and the relationship of Nissan to the calculated spring season.","Observation controls let you examine the Moon at a chosen local time. Experimental date labels do not change the underlying day or astronomical instant. Saved adjustments are exploratory assumptions, not historical evidence of a sighting or a halachic ruling."],"related":["calendar","reiah","moon","seasons","molad"],"static":false,"url":"https://jewishcosmology.com/year-experiment/"},{"path":"reiah/","name":"Calendar According to Sighting","title":"Calendar According to Sighting | Jewish Cosmology","description":"Explore a continuous experimental sighting chronology alongside standard Hebrew dates and local Moon observations.","paragraphs":["Follow an experimental month sequence from a chosen calendar anchor and compare sighting-calendar dates with the standard Hebrew calendar. The observer panel shows the Moon against a local horizon with altitude, direction and illumination.","Review the month decisions and their consequences over time. A simulated crescent or a chosen month boundary is not a recorded witness observation. Atmospheric conditions, horizon geometry and the selected astronomical model affect the comparison."],"related":["year-experiment","calendar","moon","molad"],"static":false,"url":"https://jewishcosmology.com/reiah/"},{"path":"glossary/","name":"Calendar and Astronomy Glossary","title":"Calendar and Astronomy Glossary | Jewish Cosmology","description":"Definitions of molad, sunrise, sunset, tekufot, proportional hours, refraction and solar declination, linked to the tools that use them.","paragraphs":["These explanations distinguish astronomical quantities from the calendrical or halachic definitions built on them. Read the calculation settings alongside a result: two tools may agree on the Sun’s position while using different definitions of a time boundary."],"related":["molad","shkiyah","netz-hachamah","tekufah","shaot-zmaniyot","refraction","solar-declination"],"static":true,"url":"https://jewishcosmology.com/glossary/"},{"path":"glossary/molad/","name":"Molad: Mean Month and True Conjunction","title":"Molad: Mean Month and True Conjunction | Jewish Cosmology","description":"Understand the traditional mean molad, true lunar conjunction and crescent visibility in Jewish calendar calculations.","paragraphs":[],"related":["moon","year-experiment","reiah"],"static":true,"blocks":[{"heading":"The term","text":"Molad names the traditional calculated lunar renewal used in fixed Hebrew calendar arithmetic. A mean lunar month is 29 days, 12 hours and 793 chalakim; an hour contains 1,080 chalakim. These are units of an arithmetic model, not a claim that every physical lunation has that length."},{"heading":"Astronomical meaning","text":"A true conjunction is calculated from the relative positions of the Sun and Moon. The interval between successive conjunctions varies. Conjunction does not mean that a crescent is visible: elongation, altitude, light and the observer’s horizon all matter."},{"heading":"Use in Jewish Cosmology","text":"The Moon tools distinguish the standard calendar from observational experiments. Experimental-year molad comparisons show traditional and calculated events together with elapsed time. Read the event type and timezone before comparing local clock times; the traditional molad count and a civil clock use different conventions."}],"url":"https://jewishcosmology.com/glossary/molad/"},{"path":"glossary/shkiyah/","name":"Shkiyah: Sunset and the Observer Horizon","title":"Shkiyah: Sunset and the Observer Horizon | Jewish Cosmology","description":"How sunset geometry, refraction and horizon settings relate to shkiyah and Hebrew date boundaries.","paragraphs":[],"related":["sun","halachic-times","refraction"],"static":true,"blocks":[{"heading":"The term","text":"Shkiyah refers to sunset in Jewish time terminology. Astronomically, sunset describes the Sun crossing a specified western horizon. The solar disc has a finite size, so a centre crossing and an upper-limb crossing are different events."},{"heading":"Astronomy and interpretation","text":"Atmospheric refraction and the observer’s elevation affect apparent sunset. Terrain or a building can obscure the Sun before it crosses an unobstructed horizon. Which boundary defines a halachic time must be stated separately from the calculation."},{"heading":"Use in Jewish Cosmology","text":"Sun and observation tools expose solar-limb, refraction, observer and obstruction settings. Zmanim use the selected definitions, and date readouts explain when their Hebrew day advances. Compare the settings before interpreting differences between displayed sunset times."}],"url":"https://jewishcosmology.com/glossary/shkiyah/"},{"path":"glossary/netz-hachamah/","name":"Netz HaChamah: Sunrise","title":"Netz HaChamah: Sunrise | Jewish Cosmology","description":"Sunrise, the solar limb and local horizon in calculations of Netz HaChamah.","paragraphs":[],"related":["sun","halachic-times","shkiyah"],"static":true,"blocks":[{"heading":"The term","text":"Netz HaChamah names sunrise in Jewish time terminology. The observable appearance of the Sun depends on the eastern horizon and the solar disc, rather than on a clock time that is fixed throughout the year."},{"heading":"Astronomy and interpretation","text":"An astronomical sunrise calculation solves for a defined solar altitude or limb crossing at an observer location. Refraction, elevation and obstruction choices change that event. Selecting the relevant event for halachic use is a separate question."},{"heading":"Use in Jewish Cosmology","text":"The Sun explorer lets you inspect the horizon, solar position and rise event. The Halachic Times view applies saved definitions to the selected day. Use these tools to compare assumptions, not to infer that one computed convention is a universal ruling."}],"url":"https://jewishcosmology.com/glossary/netz-hachamah/"},{"path":"glossary/tekufah/","name":"Tekufah: Traditional Seasons and Astronomical Seasons","title":"Tekufah: Traditional Seasons and Astronomical Seasons | Jewish Cosmology","description":"Compare traditional tekufot with the calculated equinoxes and solstices used in the seasons and calendar tools.","paragraphs":[],"related":["seasons","year-experiment","solar-declination"],"static":true,"blocks":[{"heading":"The term","text":"Tekufah can refer to a seasonal turning point. Jewish calendar discussions include traditional arithmetic models, notably the cycles attributed to Shmuel and Rav Adda. Their mean periods must be distinguished from individual astronomical events."},{"heading":"Astronomical meaning","text":"Equinoxes and solstices describe seasonal positions of the Sun relative to the equator and ecliptic. A calculated event is an instant, whose civil date and clock display depend on timezone. A repeating mean interval does not reproduce every actual seasonal interval."},{"heading":"Use in Jewish Cosmology","text":"The Seasons explorer compares traditional tekufot with calculated solar events. The experimental calendar also compares true Tekufas Nissan with dates in its adjusted year. This comparison exposes a model relationship; it does not by itself establish a binding rule for intercalation."}],"url":"https://jewishcosmology.com/glossary/tekufah/"},{"path":"glossary/shaot-zmaniyot/","name":"Shaot Zmaniyot: Proportional Hours","title":"Shaot Zmaniyot: Proportional Hours | Jewish Cosmology","description":"How a selected day interval is divided into twelve proportional hours for zmanim calculations.","paragraphs":[],"related":["halachic-times","sun","shkiyah","netz-hachamah"],"static":true,"blocks":[{"heading":"The term","text":"Shaot zmaniyot are proportional or seasonal hours. Divide the duration of a defined daytime interval by twelve to obtain one such hour. Its length changes with the selected boundaries, date and location."},{"heading":"Calculation and interpretation","text":"If a defined interval lasts 13 civil hours, each proportional hour lasts 65 minutes. The arithmetic is straightforward; the choice of day boundaries is the interpretive part. Sunrise-to-sunset and other definitions need not give the same results."},{"heading":"Use in Jewish Cosmology","text":"Settings specify the definitions used by the zmanim calculations. The Halachic Times explorer presents the corresponding events and solar context. At locations or seasons without the required boundary events, a missing result should not be replaced by an unstated alternative rule."}],"url":"https://jewishcosmology.com/glossary/shaot-zmaniyot/"},{"path":"glossary/refraction/","name":"Atmospheric Refraction and Apparent Altitude","title":"Atmospheric Refraction and Apparent Altitude | Jewish Cosmology","description":"Why atmospheric refraction affects apparent celestial altitude and calculated sunrise, sunset and observation times.","paragraphs":[],"related":["sun","moon","shkiyah"],"static":true,"blocks":[{"heading":"The term","text":"Atmospheric refraction is the bending of light through air of changing density. An object’s apparent position can differ from its geometric direction. The effect is particularly important near the horizon."},{"heading":"Model and conditions","text":"Refraction models approximate an atmosphere. Pressure, temperature and the air along the line of sight affect the observation; unusual atmospheric layers can depart from a simple model. Extra displayed decimal places do not remove this uncertainty."},{"heading":"Use in Jewish Cosmology","text":"Solar and observation settings expose refraction assumptions along with observer elevation and horizon choices. These affect the apparent-altitude or limb thresholds used for event times. Refraction is an astronomical modelling choice; it does not decide which threshold should define a halachic boundary."}],"url":"https://jewishcosmology.com/glossary/refraction/"},{"path":"glossary/solar-declination/","name":"Solar Declination and the Seasons","title":"Solar Declination and the Seasons | Jewish Cosmology","description":"The Sun’s angular position north or south of the celestial equator and its role in the local sky.","paragraphs":[],"related":["sun","seasons","planets"],"static":true,"blocks":[{"heading":"The quantity","text":"Solar declination is the Sun’s angular coordinate north or south of the celestial equator. It is distinct from altitude above a local horizon and from ecliptic or zodiac longitude."},{"heading":"Astronomical meaning","text":"Declination changes through the year as Earth orbits the Sun with its tilted axis. Together with observer latitude and the Sun’s hour angle, it determines geometric altitude. It helps explain changing noon heights and seasonal daylight patterns."},{"heading":"Use in Jewish Cosmology","text":"The Sun and Seasons explorers connect solar coordinates, local observation and seasonal events. Planet and zodiac readouts distinguish coordinate systems and constellation membership. Declination is a geometric quantity, not a definition of a zman or a traditional mazal."}],"url":"https://jewishcosmology.com/glossary/solar-declination/"},{"path":"map/","name":"World map","title":"World Map, Observer Location & Time Zones — Jewish Cosmology","description":"Explore a flat world map or globe with saved observer coordinates, countries, cities, time-zone reference boundaries and the tropics.","paragraphs":["Switch between a flat map and a globe, inspect latitude and longitude at the pointer, and zoom to the observer location saved in settings. Toggle country outlines, cities, dashed coordinate lines, the equator and tropics.","Generalized Natural Earth standard-offset time-zone regions provide geographic context. The saved observer readout uses its current IANA time-zone offset. The map is for regional exploration, not street-level navigation or resolving disputed borders."],"related":["sun","moon","planets"],"url":"https://jewishcosmology.com/map/"},{"path":"statistics/","name":"Calendar statistics","title":"Hebrew Calendar Statistics | Jewish Cosmology","description":"Build fixed Hebrew calendar reports for years 1–689,472: weekdays, year lengths, postponements, keviyos, molads and traditional mean seasons.","paragraphs":["Choose an inclusive Hebrew year range and compare Rosh Hashanah weekdays, common and leap year lengths, Cheshvan and Kislev, postponements and the 19-year cycle. Reports count monthly traditional mean molads and Rav Adda and Shmuel seasonal calculations with exact integer arithmetic. Export the selected report tables as CSV.","This tool studies the mathematical fixed calendar. Traditional mean seasons and clock equivalents are distinct from observed astronomical seasons, local sunset and practical halachic decisions."],"related":["calendar","seasons","moon"],"kind":"tool","url":"https://jewishcosmology.com/statistics/"},{"path":"stars/","name":"Stars & constellations","title":"Stars & Constellations — Jewish Cosmology","description":"Explore the observer sky and full celestial sphere with star details, planets, Ptolemy and IAU constellation figures.","paragraphs":["Use the shared time and location controls to explore stars and planets above and below the horizon. Select a star for its catalogue classification and position."],"related":["today","planets","sun","moon"],"url":"https://jewishcosmology.com/stars/"}],"calculationModels":["VSOP2000 is used in significant solar and planetary paths and is the shared solar default. VSOP87-based solar comparison is also available.","The default Moon model is the project’s EP2MM-C implementation (model-elpmpp02c, getX2000_C), also catalogued as ELPMM02 / ELPMOR82-C. Other implemented choices include ELP/MPP02 DE, ELP82B, Meeus-based lunar position and a VSOP2000 Moon source.","Model families and references include Bretagnon, Francou and Moisson’s planetary theories; Chapront-Touzé, Chapront and collaborators’ ELP lunar theories; The Astronomical Almanac; the Explanatory Supplement (1992, Seidelmann; 2013, Urban and Seidelmann); and Jean Meeus’s Astronomical Algorithms and Mathematical Astronomy Morsels. Some legacy calculations remain for comparison."],"terminology":{"JDN — Jewish Day Number":"In this project’s UI, JDN is Jewish Day Number, not astronomical Julian Day Number. Today advances it with the selected Hebrew date boundary: Jerusalem sunset (default), local sunset, or 18:00 in the selected timezone. If a required sunset is unavailable, no civil-day fallback is applied. Calendar tables use the selected civil date’s daytime Hebrew date: SDN minus 347997. In the sighting chronology, JDN remains the fixed comparison axis while the assigned experimental Hebrew date may change. Its starting declaration uses 18:00 Jerusalem standard time (UTC+02:00, without DST); this is distinct from the selectable boundary used by Today.","SDN — Scaliger Day Number":"The integer civil-calendar date identifier used by the application. Civil date selection changes at local midnight. It is distinct from fractional astronomical JD.","JD — Julian Date":"A continuous astronomical day count with a conventional noon boundary. The Today clock displays UTC-based fractional JD; legacy JDE fields retain their model’s time-scale convention. It does not reset at local sunset.","Molad":"The traditional fixed mean conjunction used in Hebrew calendar arithmetic, based on 29 days, 12 hours and 793 chalakim per month. It is distinct from a calculated physical Sun–Moon conjunction (astronomical new moon), and neither alone guarantees crescent visibility.","Tekufah / tekufot / tekufos":"A seasonal turning point. Shmuel and Rav Adda are traditional seasonal reckonings; the astronomical comparison solves solar-longitude crossings for equinoxes and solstices. These are distinct calculations.","Sunrise / sunset":"Research definitions vary by solar centre or limb, refraction, elevation, horizon, obstruction and observer position. Shared settings and temporary experimental overrides need not produce identical sunrise or sunset times.","Keviyah and dechiyot / dechiyos":"Keviyah describes the Hebrew year pattern; dechiyos are the four postponement rules in fixed-calendar arithmetic. Leap years follow a 19-year cycle in the standard calendar.","Shaos zmanios":"Proportional hours divide a chosen day interval into twelve parts. The chosen start and end definitions affect their duration; they are not automatically equal clock hours."},"limitations":["Halachic times are unverified, have no rabbinic approval, and must not be relied upon for practical halachic decisions unless and until an appropriate authority approves them.","Displayed decimal places or seconds describe numeric resolution, not guaranteed scientific accuracy. Model validity, coordinate conventions and observational assumptions limit interpretation.","ΔT (the difference between terrestrial and Earth-rotation time) is increasingly uncertain for ancient and distant-future dates. Ancient computed eclipses are research estimates, not historical confirmation.","Calculation profiles can intentionally differ between research views. Atmospheric, terrain and visibility assumptions must be considered; computed geometry does not certify an actual observation.","Sighting-calendar illumination thresholds and month-length constraints are experimental rules. They do not establish unaided-eye visibility or represent a ruling by beis din; a selected historical anchor does not establish the date of a historical event."],"api":{"policy":"These are unauthenticated calculation endpoints used by the application, not a promised stable external API. Parameters, schemas, ranges and availability may change. Expensive requests may be queued, cached or rejected. Do not bulk-enumerate dates or coordinates.","endpoints":{"modules":"Calculation module catalogue and contracts.","calculate":"Validated module operations.","converter":"Calendar conversion data.","date-conversion":"Civil and Hebrew date conversion.","sun-events":"Solar events under the requested observer profile.","astronomy-events":"Observer Sun and Moon events.","moon-view":"Lunar coordinates and viewing geometry.","moon-ephemeris":"Time-sampled Moon and Sun geometry.","moon-month":"Monthly lunar references and conjunction comparisons.","planet-view":"Planetary viewing geometry.","planet-snapshot":"Positions of supported bodies at a moment.","planet-orbit":"Orbit samples.","planet-year":"Time-sampled planetary positions.","space-orbit":"Space-view orbit data.","space-planets":"Space-view planetary data.","seasons":"Traditional and astronomical seasonal comparisons.","eclipse-year":"Hebrew-year eclipse catalogue selection.","eclipse-search":"Computed eclipse search.","eclipse-track":"Eclipse geometry and track data."},"basePath":"/api/v1/"}}