feat: 引入可切换星历模型并扩展天象观测链路
- 新增半解析、旧模型、自定义与多源堆叠星历实例，提供 Context、Instance、SPK 读取及状态与视位置计算 - 统一太阳、月球和行星实例接口，扩展黄经穿越、留、相位、最近角距、偕日可见、任意高度升落、轨道节点及凌日等天象查询 - 完善日月食、月掩与凌日的月缘剖面、有限盘面接触、站心修正、局地可见性、全球路径和地图输出 - 新增 SVG、GeoJSON、KML 天象输出及凌日、月掩和月缘地形相关缓存与几何求解 - 新增恒星星表导入与查询，支持 CSV、Hipparcos、BSC5、Stellarium 等格式及名称、交叉标识、锥面检索和星等过滤 - 补充 IAU 2006、地球定向、折射消光、大气观测、轨道传播及半解析行星/月球数据支持 - 将默认未来民用时标切换为 TimeScaleLeapHour，更新 2027–2400 农历速查表、中文日期解析和时区边界处理 - 增加事件基线、跨模型回归、几何边界、月缘地形和输出契约测试，完善中英文手册、示例资源、NOTICE 与忽略规则
This commit is contained in:
+68
-148
@@ -1,11 +1,11 @@
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package mars
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import (
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"b612.me/astro/basic"
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"b612.me/astro/calendar"
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"b612.me/astro/planet"
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"errors"
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"time"
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"b612.me/astro/basic"
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"b612.me/astro/calendar"
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)
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var (
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@@ -31,136 +31,94 @@ func riseSetResult(date time.Time, jd float64, err error) (time.Time, error) {
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}
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// ApparentLo 视黄经 / apparent ecliptic longitude.
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//
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// 返回火星在 date 对应绝对时刻的瞬时视黄经，单位度。
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// Returns the apparent ecliptic longitude of Mars at the instant represented by date, in degrees.
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func ApparentLo(date time.Time) float64 {
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func (module *Mars) ApparentLo(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return basic.MarsApparentLo(basic.UTC2TT(jd))
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return basic.MarsApparentLoWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// ApparentBo 视黄纬 / apparent ecliptic latitude.
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//
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// 返回火星在 date 对应绝对时刻的瞬时视黄纬，单位度。
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// Returns the apparent ecliptic latitude of Mars at the instant represented by date, in degrees.
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func ApparentBo(date time.Time) float64 {
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func (module *Mars) ApparentBo(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return basic.MarsApparentBo(basic.UTC2TT(jd))
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return basic.MarsApparentBoWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// ApparentRa 视赤经 / apparent right ascension.
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//
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// 返回火星在 date 对应绝对时刻的瞬时视赤经，单位度。
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// Returns the apparent right ascension of Mars at the instant represented by date, in degrees.
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func ApparentRa(date time.Time) float64 {
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func (module *Mars) ApparentRa(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return basic.MarsApparentRa(basic.UTC2TT(jd))
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return basic.MarsApparentRaWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// ApparentDec 视赤纬 / apparent declination.
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//
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// 返回火星在 date 对应绝对时刻的瞬时视赤纬，单位度。
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// Returns the apparent declination of Mars at the instant represented by date, in degrees.
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func ApparentDec(date time.Time) float64 {
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func (module *Mars) ApparentDec(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return basic.MarsApparentDec(basic.UTC2TT(jd))
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return basic.MarsApparentDecWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// ApparentRaDec 视赤经、视赤纬 / apparent right ascension and declination.
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//
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// 返回火星在 date 对应绝对时刻的瞬时视赤经与视赤纬，单位度。
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// Returns the apparent right ascension and declination of Mars at the instant represented by date, in degrees.
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func ApparentRaDec(date time.Time) (float64, float64) {
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func (module *Mars) ApparentRaDec(date time.Time) (float64, float64) {
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jd := calendar.Date2JD(date.UTC())
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return basic.MarsApparentRaDec(basic.UTC2TT(jd))
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return basic.MarsApparentRaDecWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// ApparentMagnitude 视星等 / apparent magnitude.
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//
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// 返回火星在 date 对应绝对时刻的视星等。
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// Returns the apparent visual magnitude of Mars at the instant represented by date.
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func ApparentMagnitude(date time.Time) float64 {
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func (module *Mars) ApparentMagnitude(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return basic.MarsMag(basic.UTC2TT(jd))
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return basic.MarsMagWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// EarthDistance 地心距离 / Earth distance.
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//
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// 返回火星在 date 对应绝对时刻到地球的距离，单位 AU。
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// Returns the distance from Mars to Earth at the instant represented by date, in astronomical units.
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func EarthDistance(date time.Time) float64 {
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func (module *Mars) EarthDistance(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return basic.EarthMarsAway(basic.UTC2TT(jd))
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return basic.EarthMarsAwayWithInstance(basic.UTC2TT(jd), module.inst)
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}
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// SunDistance 日心距离 / Sun distance.
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//
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// 返回火星在 date 对应绝对时刻到太阳的距离，单位 AU。
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// Returns the distance from Mars to the Sun at the instant represented by date, in astronomical units.
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func SunDistance(date time.Time) float64 {
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func (module *Mars) SunDistance(date time.Time) float64 {
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jd := calendar.Date2JD(date.UTC())
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return planet.WherePlanet(3, 2, basic.UTC2TT(jd))
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return basic.PlanetCoordinateWithInstance(3, 2, basic.UTC2TT(jd), module.inst)
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}
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// Altitude 高度角 / altitude.
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//
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// date 表示观测时刻，会读取其时区参与地方时计算；lon 为观测者经度，东正西负；lat 为观测者纬度，北正南负。返回值单位度。
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// date is the observing instant and its zone offset participates in local-time calculations. lon is east-positive longitude, lat is north-positive latitude, and the result is in degrees.
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func Altitude(date time.Time, lon, lat float64) float64 {
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// Altitude 站心视高度角，不含大气折射 / topocentric apparent altitude without refraction.
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func (module *Mars) Altitude(date time.Time, lon, lat float64) float64 {
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localJD := basic.Date2JD(date)
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_, loc := date.Zone()
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timezone := float64(loc) / 3600.0
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return basic.MarsHeight(localJD, lon, lat, timezone)
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return basic.MarsHeightWithInstance(localJD, lon, lat, timezone, module.inst)
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}
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// Zenith 天顶距 / zenith distance.
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//
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// 参数与 Altitude 相同，返回值为对应时刻的天顶距，单位度。
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// Uses the same inputs as Altitude and returns the zenith distance in degrees.
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func Zenith(date time.Time, lon, lat float64) float64 {
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return 90 - Altitude(date, lon, lat)
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func (module *Mars) Zenith(date time.Time, lon, lat float64) float64 {
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return 90 - module.Altitude(date, lon, lat)
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}
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// Azimuth 方位角 / azimuth.
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//
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// date 表示观测时刻，会读取其时区参与地方时计算；lon 为观测者经度，东正西负；lat 为观测者纬度，北正南负。返回值按正北为 0°、向东增加。
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// date is the observing instant and its zone offset participates in local-time calculations. lon is east-positive longitude, lat is north-positive latitude, and azimuth is measured from north toward east.
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func Azimuth(date time.Time, lon, lat float64) float64 {
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// Azimuth 站心方位角 / topocentric azimuth.
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func (module *Mars) Azimuth(date time.Time, lon, lat float64) float64 {
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localJD := basic.Date2JD(date)
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_, loc := date.Zone()
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timezone := float64(loc) / 3600.0
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return basic.MarsAzimuth(localJD, lon, lat, timezone)
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return basic.MarsAzimuthWithInstance(localJD, lon, lat, timezone, module.inst)
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}
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// HourAngle 时角 / hour angle.
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//
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// date 表示观测时刻，会读取其时区参与地方时计算；lon 为观测者经度，东正西负。返回值单位度。
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// date is the observing instant and its zone offset participates in local-time calculations. lon is east-positive longitude and the returned hour angle is in degrees.
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func HourAngle(date time.Time, lon float64) float64 {
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// HourAngle 地心视时角，不含站心视差 / geocentric apparent hour angle without topocentric parallax.
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func (module *Mars) HourAngle(date time.Time, lon float64) float64 {
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localJD := basic.Date2JD(date)
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_, loc := date.Zone()
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timezone := float64(loc) / 3600.0
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return basic.MarsHourAngle(localJD, lon, timezone)
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return basic.MarsHourAngleWithInstance(localJD, lon, timezone, module.inst)
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}
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// CulminationTime 中天时刻 / culmination time.
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//
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// date 取其所在时区的当地日期，返回值保持相同时区；lon 为观测者经度，东正西负。
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// date is interpreted on its local civil day and the result keeps the same time zone. lon is east-positive longitude.
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func CulminationTime(date time.Time, lon float64) time.Time {
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func (module *Mars) CulminationTime(date time.Time, lon float64) time.Time {
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date = time.Date(date.Year(), date.Month(), date.Day(), 0, 0, 0, 0, date.Location())
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localJD := basic.Date2JD(date)
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_, loc := date.Zone()
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timezone := float64(loc) / 3600.0
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calcJD := basic.MarsCulminationTime(localJD, lon, timezone) - timezone/24.00
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calcJD := basic.MarsCulminationTimeWithInstance(localJD, lon, timezone, module.inst) - timezone/24.00
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return basic.JD2DateByZone(calcJD, date.Location(), false)
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}
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// RiseTime 升起时间 / rise time.
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//
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// date 取其所在时区的当地日期，返回值保持相同时区；lon 为东正西负经度，lat 为北正南负纬度；height 为观测点椭球高（大地高，米）；aero 为 true 时加入标准大气折射。
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// date is interpreted on its local civil day and the result keeps the same time zone. lon is east-positive longitude, lat is north-positive latitude, height is observer elevation in meters, and aero enables standard atmospheric refraction.
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func RiseTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, error) {
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func (module *Mars) RiseTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, error) {
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var aeroFloat float64
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if aero {
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aeroFloat = 1
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@@ -169,25 +127,17 @@ func RiseTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, e
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localJD := basic.Date2JD(date)
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_, loc := date.Zone()
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timezone := float64(loc) / 3600.0
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riseJD, err := basic.MarsRiseTime(localJD, lon, lat, timezone, aeroFloat, height)
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riseJD, err := basic.MarsRiseTimeWithInstance(localJD, lon, lat, timezone, aeroFloat, height, module.inst)
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return riseSetResult(date, riseJD, err)
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}
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// DownTime 落下时间别名 / deprecated set-time alias.
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//
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// Deprecated: use SetTime instead.
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//
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// 参数与 SetTime 相同，仅为兼容旧接口保留。
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// Same as SetTime and kept only for backward compatibility.
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func DownTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, error) {
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return SetTime(date, lon, lat, height, aero)
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func (module *Mars) DownTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, error) {
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return module.SetTime(date, lon, lat, height, aero)
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}
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// SetTime 落下时间 / set time.
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//
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// 参数与 RiseTime 相同，返回给定当地日期内的落下时刻。
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// Uses the same inputs as RiseTime and returns the set time on the corresponding local civil day.
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func SetTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, error) {
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func (module *Mars) SetTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, error) {
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var aeroFloat float64
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if aero {
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aeroFloat = 1
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@@ -196,114 +146,84 @@ func SetTime(date time.Time, lon, lat, height float64, aero bool) (time.Time, er
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localJD := basic.Date2JD(date)
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_, loc := date.Zone()
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timezone := float64(loc) / 3600.0
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riseJD, err := basic.MarsSetTime(localJD, lon, lat, timezone, aeroFloat, height)
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riseJD, err := basic.MarsSetTimeWithInstance(localJD, lon, lat, timezone, aeroFloat, height, module.inst)
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return riseSetResult(date, riseJD, err)
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}
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// LastConjunction 上一次合日 / previous conjunction with the Sun.
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//
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// 返回 date 当前或之前最近一次与太阳的合日时刻，结果保持 date 的时区。
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// Returns the nearest conjunction with the Sun at or before date, keeping date's time zone.
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func LastConjunction(date time.Time) time.Time {
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func (module *Mars) LastConjunction(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.LastMarsConjunction(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.LastMarsConjunctionWithInstance(jde, module.inst), date.Location(), false)
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}
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// NextConjunction 下一次合日 / next conjunction with the Sun.
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//
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// 返回 date 当前或之后最近一次与太阳的合日时刻，结果保持 date 的时区。
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// Returns the nearest conjunction with the Sun at or after date, keeping date's time zone.
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func NextConjunction(date time.Time) time.Time {
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func (module *Mars) NextConjunction(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.NextMarsConjunction(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.NextMarsConjunctionWithInstance(jde, module.inst), date.Location(), false)
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}
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// LastOpposition 上一次冲日 / previous opposition.
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//
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// 返回 date 当前或之前最近一次冲日时刻，结果保持 date 的时区。
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// Returns the nearest opposition at or before date, keeping date's time zone.
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func LastOpposition(date time.Time) time.Time {
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func (module *Mars) LastOpposition(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.LastMarsOpposition(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.LastMarsOppositionWithInstance(jde, module.inst), date.Location(), false)
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}
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// NextOpposition 下一次冲日 / next opposition.
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//
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// 返回 date 当前或之后最近一次冲日时刻，结果保持 date 的时区。
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// Returns the nearest opposition at or after date, keeping date's time zone.
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func NextOpposition(date time.Time) time.Time {
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func (module *Mars) NextOpposition(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.NextMarsOpposition(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.NextMarsOppositionWithInstance(jde, module.inst), date.Location(), false)
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}
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// LastProgradeToRetrograde 上一次顺行转逆行留 / previous station from prograde to retrograde.
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//
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// 返回 date 当前或之前最近一次由顺行转为逆行的留时刻，结果保持 date 的时区。
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// Returns the nearest station at or before date where motion changes from prograde to retrograde, keeping date's time zone.
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func LastProgradeToRetrograde(date time.Time) time.Time {
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func (module *Mars) LastProgradeToRetrograde(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.LastMarsProgradeToRetrograde(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.LastMarsProgradeToRetrogradeWithInstance(jde, module.inst), date.Location(), false)
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}
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// NextProgradeToRetrograde 下一次顺行转逆行留 / next station from prograde to retrograde.
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//
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// 返回 date 当前或之后最近一次由顺行转为逆行的留时刻，结果保持 date 的时区。
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// Returns the nearest station at or after date where motion changes from prograde to retrograde, keeping date's time zone.
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func NextProgradeToRetrograde(date time.Time) time.Time {
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func (module *Mars) NextProgradeToRetrograde(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.NextMarsProgradeToRetrograde(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.NextMarsProgradeToRetrogradeWithInstance(jde, module.inst), date.Location(), false)
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}
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// LastRetrogradeToPrograde 上一次逆行转顺行留 / previous station from retrograde to prograde.
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//
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// 返回 date 当前或之前最近一次由逆行转为顺行的留时刻，结果保持 date 的时区。
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// Returns the nearest station at or before date where motion changes from retrograde to prograde, keeping date's time zone.
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func LastRetrogradeToPrograde(date time.Time) time.Time {
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func (module *Mars) LastRetrogradeToPrograde(date time.Time) time.Time {
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jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
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return basic.JD2DateByZone(basic.LastMarsRetrogradeToPrograde(jde), date.Location(), false)
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return basic.JD2DateByZone(basic.LastMarsRetrogradeToProgradeWithInstance(jde, module.inst), date.Location(), false)
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}
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// NextRetrogradeToPrograde 下一次逆行转顺行留 / next station from retrograde to prograde.
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//
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// 返回 date 当前或之后最近一次由逆行转为顺行的留时刻，结果保持 date 的时区。
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// Returns the nearest station at or after date where motion changes from retrograde to prograde, keeping date's time zone.
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func NextRetrogradeToPrograde(date time.Time) time.Time {
|
||||
func (module *Mars) NextRetrogradeToPrograde(date time.Time) time.Time {
|
||||
jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
|
||||
return basic.JD2DateByZone(basic.NextMarsRetrogradeToPrograde(jde), date.Location(), false)
|
||||
return basic.JD2DateByZone(basic.NextMarsRetrogradeToProgradeWithInstance(jde, module.inst), date.Location(), false)
|
||||
}
|
||||
|
||||
// LastEasternQuadrature 上一次东方照 / previous eastern quadrature.
|
||||
//
|
||||
// 返回 date 当前或之前最近一次东方照时刻，结果保持 date 的时区。
|
||||
// Returns the nearest eastern quadrature at or before date, keeping date's time zone.
|
||||
func LastEasternQuadrature(date time.Time) time.Time {
|
||||
func (module *Mars) LastEasternQuadrature(date time.Time) time.Time {
|
||||
jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
|
||||
return basic.JD2DateByZone(basic.LastMarsEasternQuadrature(jde), date.Location(), false)
|
||||
return basic.JD2DateByZone(basic.LastMarsEasternQuadratureWithInstance(jde, module.inst), date.Location(), false)
|
||||
}
|
||||
|
||||
// NextEasternQuadrature 下一次东方照 / next eastern quadrature.
|
||||
//
|
||||
// 返回 date 当前或之后最近一次东方照时刻，结果保持 date 的时区。
|
||||
// Returns the nearest eastern quadrature at or after date, keeping date's time zone.
|
||||
func NextEasternQuadrature(date time.Time) time.Time {
|
||||
func (module *Mars) NextEasternQuadrature(date time.Time) time.Time {
|
||||
jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
|
||||
return basic.JD2DateByZone(basic.NextMarsEasternQuadrature(jde), date.Location(), false)
|
||||
return basic.JD2DateByZone(basic.NextMarsEasternQuadratureWithInstance(jde, module.inst), date.Location(), false)
|
||||
}
|
||||
|
||||
// LastWesternQuadrature 上一次西方照 / previous western quadrature.
|
||||
//
|
||||
// 返回 date 当前或之前最近一次西方照时刻，结果保持 date 的时区。
|
||||
// Returns the nearest western quadrature at or before date, keeping date's time zone.
|
||||
func LastWesternQuadrature(date time.Time) time.Time {
|
||||
func (module *Mars) LastWesternQuadrature(date time.Time) time.Time {
|
||||
jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
|
||||
return basic.JD2DateByZone(basic.LastMarsWesternQuadrature(jde), date.Location(), false)
|
||||
return basic.JD2DateByZone(basic.LastMarsWesternQuadratureWithInstance(jde, module.inst), date.Location(), false)
|
||||
}
|
||||
|
||||
// NextWesternQuadrature 下一次西方照 / next western quadrature.
|
||||
//
|
||||
// 返回 date 当前或之后最近一次西方照时刻，结果保持 date 的时区。
|
||||
// Returns the nearest western quadrature at or after date, keeping date's time zone.
|
||||
func NextWesternQuadrature(date time.Time) time.Time {
|
||||
func (module *Mars) NextWesternQuadrature(date time.Time) time.Time {
|
||||
jde := basic.UTC2TT(basic.Date2JD(date.UTC()))
|
||||
return basic.JD2DateByZone(basic.NextMarsWesternQuadrature(jde), date.Location(), false)
|
||||
return basic.JD2DateByZone(basic.NextMarsWesternQuadratureWithInstance(jde, module.inst), date.Location(), false)
|
||||
}
|
||||
|
||||
// ApparentMagnitude2018 视星等（Mallama & Hilton 2018 模型）/ apparent magnitude, Mallama & Hilton 2018 model.
|
||||
func (module *Mars) ApparentMagnitude2018(date time.Time) float64 {
|
||||
jd := calendar.Date2JD(date.UTC())
|
||||
return basic.MarsMag2018WithInstance(basic.UTC2TT(jd), module.inst)
|
||||
}
|
||||
|
||||
Reference in New Issue
Block a user