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5676049596
Added the following iterator functions that wrap
search/next pairs of functions:
globalSolarEclipsesAfter
localSolarEclipsesAfter
lunarApsidesAfter
lunarEclipsesAfter
moonNodesAfter
moonQuartersAfter
planetApsidesAfter
transitsAfter
I updated the following Kotlin demos:
MoonPhase.kt ==> moonQuartersAfter
LunarEclipse.kt ==> lunarEclipsesAfter
However, I have not yet figured out how to use these
functions in the corresponding Java demos.
22 lines
1.1 KiB
Markdown
22 lines
1.1 KiB
Markdown
//[astronomy](../../index.md)/[io.github.cosinekitty.astronomy](index.md)/[nextGlobalSolarEclipse](next-global-solar-eclipse.md)
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# nextGlobalSolarEclipse
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fun [nextGlobalSolarEclipse](next-global-solar-eclipse.md)(prevEclipseTime: [Time](-time/index.md)): [GlobalSolarEclipseInfo](-global-solar-eclipse-info/index.md)
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Searches for the next global solar eclipse in a series.
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After using [searchGlobalSolarEclipse](search-global-solar-eclipse.md) to find the first solar eclipse in a series, you can call this function to find the next consecutive solar eclipse. Pass in the peak value from the [GlobalSolarEclipseInfo](-global-solar-eclipse-info/index.md) returned by the previous call to searchGlobalSolarEclipse or nextGlobalSolarEclipse to find the next solar eclipse.
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See [globalSolarEclipsesAfter](global-solar-eclipses-after.md) for convenient iteration of consecutive eclipses.
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#### Return
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Information about the next consecutive solar eclipse.
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## Parameters
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| prevEclipseTime | A date and time near a new moon. Solar eclipse search will start at the next new moon. |
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