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astro/basic/planet_observation_n_test.go
starainrt 3ffdbe0034
feat: 扩展天文计算能力 
- 新增日食、月食、本地可见性、中心线、半影区域、SVG 图示与沙罗周期信息
- 新增行星冲合、留、方照、物理星历、视直径、相位、亮肢角、轨道节点等计算
- 新增木星伽利略卫星位置、现象与接触事件计算
- 新增恒星星表、星座判定、自行修正与观测辅助能力
- 新增 coord、formula、orbit、sundial、lite/sun、lite/moon 等扩展包
- 完善农历年号、月相英文别名、视差角、大气质量、折射、日晷与双星计算
- 增加 NASA、JPL Horizons、IMCCE 等回归测试数据与基线测试
- 重构基础算法文件组织，补充大量公开 API 注释和语义回归测试
- 更新中文和英文 README，补充示例、精度说明、SVG 配图
2026-05-01 22:38:44 +08:00

201 lines
22 KiB
Go
Raw Blame History

package basic_test
import (
"math"
"testing"
"time"
"b612.me/astro/basic"
)
func TestBasicPlanetObservationNFullMatchesDefault(t *testing.T) {
date := time.Date(2026, 4, 26, 9, 30, 45, 123456789, time.FixedZone("CST", 8*3600))
ttJD := basic.TD2UT(basic.Date2JDE(date.UTC()), true)
jde := basic.Date2JDE(date)
lon := 116.391
lat := 39.907
tz := 8.0
height := 45.0
assertSame := func(name string, got, want float64) {
t.Helper()
if math.Float64bits(got) != math.Float64bits(want) {
t.Fatalf("%s full-n mismatch", name)
}
}
assertSamePair := func(name string, got1, got2, want1, want2 float64) {
t.Helper()
assertSame(name+".1", got1, want1)
assertSame(name+".2", got2, want2)
}
assertSameErr := func(name string, got, want error) {
t.Helper()
if got != want {
t.Fatalf("%s full-n mismatch", name)
}
}
floatChecks := []struct {
name string
got func() float64
want func() float64
}{
{"MercuryApparentLo", func() float64 { return basic.MercuryApparentLo(ttJD) }, func() float64 { return basic.MercuryApparentLoN(ttJD, -1) }},
{"MercuryApparentBo", func() float64 { return basic.MercuryApparentBo(ttJD) }, func() float64 { return basic.MercuryApparentBoN(ttJD, -1) }},
{"MercuryApparentRa", func() float64 { return basic.MercuryApparentRa(ttJD) }, func() float64 { return basic.MercuryApparentRaN(ttJD, -1) }},
{"MercuryApparentDec", func() float64 { return basic.MercuryApparentDec(ttJD) }, func() float64 { return basic.MercuryApparentDecN(ttJD, -1) }},
{"EarthMercuryAway", func() float64 { return basic.EarthMercuryAway(ttJD) }, func() float64 { return basic.EarthMercuryAwayN(ttJD, -1) }},
{"MercuryMag", func() float64 { return basic.MercuryMag(ttJD) }, func() float64 { return basic.MercuryMagN(ttJD, -1) }},
{"MercuryPhaseAngle", func() float64 { return basic.MercuryPhaseAngle(ttJD) }, func() float64 { return basic.MercuryPhaseAngleN(ttJD, -1) }},
{"MercuryIlluminatedFraction", func() float64 { return basic.MercuryIlluminatedFraction(ttJD) }, func() float64 { return basic.MercuryIlluminatedFractionN(ttJD, -1) }},
{"MercuryBrightLimbPositionAngle", func() float64 { return basic.MercuryBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.MercuryBrightLimbPositionAngleN(ttJD, -1) }},
{"MercuryHeight", func() float64 { return basic.MercuryHeight(jde, lon, lat, tz) }, func() float64 { return basic.MercuryHeightN(jde, lon, lat, tz, -1) }},
{"MercuryAzimuth", func() float64 { return basic.MercuryAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.MercuryAzimuthN(jde, lon, lat, tz, -1) }},
{"MercuryHourAngle", func() float64 { return basic.MercuryHourAngle(jde, lon, tz) }, func() float64 { return basic.MercuryHourAngleN(jde, lon, tz, -1) }},
{"MercuryCulminationTime", func() float64 { return basic.MercuryCulminationTime(jde, lon, tz) }, func() float64 { return basic.MercuryCulminationTimeN(jde, lon, tz, -1) }},
{"MercuryRiseTime", func() float64 { value, _ := basic.MercuryRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.MercuryRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"MercurySetTime", func() float64 { value, _ := basic.MercurySetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.MercurySetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"VenusApparentLo", func() float64 { return basic.VenusApparentLo(ttJD) }, func() float64 { return basic.VenusApparentLoN(ttJD, -1) }},
{"VenusApparentBo", func() float64 { return basic.VenusApparentBo(ttJD) }, func() float64 { return basic.VenusApparentBoN(ttJD, -1) }},
{"VenusApparentRa", func() float64 { return basic.VenusApparentRa(ttJD) }, func() float64 { return basic.VenusApparentRaN(ttJD, -1) }},
{"VenusApparentDec", func() float64 { return basic.VenusApparentDec(ttJD) }, func() float64 { return basic.VenusApparentDecN(ttJD, -1) }},
{"EarthVenusAway", func() float64 { return basic.EarthVenusAway(ttJD) }, func() float64 { return basic.EarthVenusAwayN(ttJD, -1) }},
{"VenusMag", func() float64 { return basic.VenusMag(ttJD) }, func() float64 { return basic.VenusMagN(ttJD, -1) }},
{"VenusPhaseAngle", func() float64 { return basic.VenusPhaseAngle(ttJD) }, func() float64 { return basic.VenusPhaseAngleN(ttJD, -1) }},
{"VenusIlluminatedFraction", func() float64 { return basic.VenusIlluminatedFraction(ttJD) }, func() float64 { return basic.VenusIlluminatedFractionN(ttJD, -1) }},
{"VenusBrightLimbPositionAngle", func() float64 { return basic.VenusBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.VenusBrightLimbPositionAngleN(ttJD, -1) }},
{"VenusHeight", func() float64 { return basic.VenusHeight(jde, lon, lat, tz) }, func() float64 { return basic.VenusHeightN(jde, lon, lat, tz, -1) }},
{"VenusAzimuth", func() float64 { return basic.VenusAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.VenusAzimuthN(jde, lon, lat, tz, -1) }},
{"VenusHourAngle", func() float64 { return basic.VenusHourAngle(jde, lon, tz) }, func() float64 { return basic.VenusHourAngleN(jde, lon, tz, -1) }},
{"VenusCulminationTime", func() float64 { return basic.VenusCulminationTime(jde, lon, tz) }, func() float64 { return basic.VenusCulminationTimeN(jde, lon, tz, -1) }},
{"VenusRiseTime", func() float64 { value, _ := basic.VenusRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.VenusRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"VenusSetTime", func() float64 { value, _ := basic.VenusSetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.VenusSetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"MarsApparentLo", func() float64 { return basic.MarsApparentLo(ttJD) }, func() float64 { return basic.MarsApparentLoN(ttJD, -1) }},
{"MarsApparentBo", func() float64 { return basic.MarsApparentBo(ttJD) }, func() float64 { return basic.MarsApparentBoN(ttJD, -1) }},
{"MarsApparentRa", func() float64 { return basic.MarsApparentRa(ttJD) }, func() float64 { return basic.MarsApparentRaN(ttJD, -1) }},
{"MarsApparentDec", func() float64 { return basic.MarsApparentDec(ttJD) }, func() float64 { return basic.MarsApparentDecN(ttJD, -1) }},
{"EarthMarsAway", func() float64 { return basic.EarthMarsAway(ttJD) }, func() float64 { return basic.EarthMarsAwayN(ttJD, -1) }},
{"MarsMag", func() float64 { return basic.MarsMag(ttJD) }, func() float64 { return basic.MarsMagN(ttJD, -1) }},
{"MarsPhaseAngle", func() float64 { return basic.MarsPhaseAngle(ttJD) }, func() float64 { return basic.MarsPhaseAngleN(ttJD, -1) }},
{"MarsIlluminatedFraction", func() float64 { return basic.MarsIlluminatedFraction(ttJD) }, func() float64 { return basic.MarsIlluminatedFractionN(ttJD, -1) }},
{"MarsBrightLimbPositionAngle", func() float64 { return basic.MarsBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.MarsBrightLimbPositionAngleN(ttJD, -1) }},
{"MarsHeight", func() float64 { return basic.MarsHeight(jde, lon, lat, tz) }, func() float64 { return basic.MarsHeightN(jde, lon, lat, tz, -1) }},
{"MarsAzimuth", func() float64 { return basic.MarsAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.MarsAzimuthN(jde, lon, lat, tz, -1) }},
{"MarsHourAngle", func() float64 { return basic.MarsHourAngle(jde, lon, tz) }, func() float64 { return basic.MarsHourAngleN(jde, lon, tz, -1) }},
{"MarsCulminationTime", func() float64 { return basic.MarsCulminationTime(jde, lon, tz) }, func() float64 { return basic.MarsCulminationTimeN(jde, lon, tz, -1) }},
{"MarsRiseTime", func() float64 { value, _ := basic.MarsRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.MarsRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"MarsSetTime", func() float64 { value, _ := basic.MarsSetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.MarsSetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"JupiterApparentLo", func() float64 { return basic.JupiterApparentLo(ttJD) }, func() float64 { return basic.JupiterApparentLoN(ttJD, -1) }},
{"JupiterApparentBo", func() float64 { return basic.JupiterApparentBo(ttJD) }, func() float64 { return basic.JupiterApparentBoN(ttJD, -1) }},
{"JupiterApparentRa", func() float64 { return basic.JupiterApparentRa(ttJD) }, func() float64 { return basic.JupiterApparentRaN(ttJD, -1) }},
{"JupiterApparentDec", func() float64 { return basic.JupiterApparentDec(ttJD) }, func() float64 { return basic.JupiterApparentDecN(ttJD, -1) }},
{"EarthJupiterAway", func() float64 { return basic.EarthJupiterAway(ttJD) }, func() float64 { return basic.EarthJupiterAwayN(ttJD, -1) }},
{"JupiterMag", func() float64 { return basic.JupiterMag(ttJD) }, func() float64 { return basic.JupiterMagN(ttJD, -1) }},
{"JupiterPhaseAngle", func() float64 { return basic.JupiterPhaseAngle(ttJD) }, func() float64 { return basic.JupiterPhaseAngleN(ttJD, -1) }},
{"JupiterIlluminatedFraction", func() float64 { return basic.JupiterIlluminatedFraction(ttJD) }, func() float64 { return basic.JupiterIlluminatedFractionN(ttJD, -1) }},
{"JupiterBrightLimbPositionAngle", func() float64 { return basic.JupiterBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.JupiterBrightLimbPositionAngleN(ttJD, -1) }},
{"JupiterHeight", func() float64 { return basic.JupiterHeight(jde, lon, lat, tz) }, func() float64 { return basic.JupiterHeightN(jde, lon, lat, tz, -1) }},
{"JupiterAzimuth", func() float64 { return basic.JupiterAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.JupiterAzimuthN(jde, lon, lat, tz, -1) }},
{"JupiterHourAngle", func() float64 { return basic.JupiterHourAngle(jde, lon, tz) }, func() float64 { return basic.JupiterHourAngleN(jde, lon, tz, -1) }},
{"JupiterCulminationTime", func() float64 { return basic.JupiterCulminationTime(jde, lon, tz) }, func() float64 { return basic.JupiterCulminationTimeN(jde, lon, tz, -1) }},
{"JupiterRiseTime", func() float64 { value, _ := basic.JupiterRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.JupiterRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"JupiterSetTime", func() float64 { value, _ := basic.JupiterSetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.JupiterSetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"SaturnApparentLo", func() float64 { return basic.SaturnApparentLo(ttJD) }, func() float64 { return basic.SaturnApparentLoN(ttJD, -1) }},
{"SaturnApparentBo", func() float64 { return basic.SaturnApparentBo(ttJD) }, func() float64 { return basic.SaturnApparentBoN(ttJD, -1) }},
{"SaturnApparentRa", func() float64 { return basic.SaturnApparentRa(ttJD) }, func() float64 { return basic.SaturnApparentRaN(ttJD, -1) }},
{"SaturnApparentDec", func() float64 { return basic.SaturnApparentDec(ttJD) }, func() float64 { return basic.SaturnApparentDecN(ttJD, -1) }},
{"EarthSaturnAway", func() float64 { return basic.EarthSaturnAway(ttJD) }, func() float64 { return basic.EarthSaturnAwayN(ttJD, -1) }},
{"SaturnRingB", func() float64 { return basic.SaturnRingB(ttJD) }, func() float64 { return basic.SaturnRingBN(ttJD, -1) }},
{"SaturnRingSunB", func() float64 { return basic.SaturnRingSunB(ttJD) }, func() float64 { return basic.SaturnRingSunBN(ttJD, -1) }},
{"SaturnRingPositionAngle", func() float64 { return basic.SaturnRingPositionAngle(ttJD) }, func() float64 { return basic.SaturnRingPositionAngleN(ttJD, -1) }},
{"SaturnRingDeltaU", func() float64 { return basic.SaturnRingDeltaU(ttJD) }, func() float64 { return basic.SaturnRingDeltaUN(ttJD, -1) }},
{"SaturnMag", func() float64 { return basic.SaturnMag(ttJD) }, func() float64 { return basic.SaturnMagN(ttJD, -1) }},
{"SaturnPhaseAngle", func() float64 { return basic.SaturnPhaseAngle(ttJD) }, func() float64 { return basic.SaturnPhaseAngleN(ttJD, -1) }},
{"SaturnIlluminatedFraction", func() float64 { return basic.SaturnIlluminatedFraction(ttJD) }, func() float64 { return basic.SaturnIlluminatedFractionN(ttJD, -1) }},
{"SaturnBrightLimbPositionAngle", func() float64 { return basic.SaturnBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.SaturnBrightLimbPositionAngleN(ttJD, -1) }},
{"SaturnHeight", func() float64 { return basic.SaturnHeight(jde, lon, lat, tz) }, func() float64 { return basic.SaturnHeightN(jde, lon, lat, tz, -1) }},
{"SaturnAzimuth", func() float64 { return basic.SaturnAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.SaturnAzimuthN(jde, lon, lat, tz, -1) }},
{"SaturnHourAngle", func() float64 { return basic.SaturnHourAngle(jde, lon, tz) }, func() float64 { return basic.SaturnHourAngleN(jde, lon, tz, -1) }},
{"SaturnCulminationTime", func() float64 { return basic.SaturnCulminationTime(jde, lon, tz) }, func() float64 { return basic.SaturnCulminationTimeN(jde, lon, tz, -1) }},
{"SaturnRiseTime", func() float64 { value, _ := basic.SaturnRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.SaturnRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"SaturnSetTime", func() float64 { value, _ := basic.SaturnSetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.SaturnSetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"UranusApparentLo", func() float64 { return basic.UranusApparentLo(ttJD) }, func() float64 { return basic.UranusApparentLoN(ttJD, -1) }},
{"UranusApparentBo", func() float64 { return basic.UranusApparentBo(ttJD) }, func() float64 { return basic.UranusApparentBoN(ttJD, -1) }},
{"UranusApparentRa", func() float64 { return basic.UranusApparentRa(ttJD) }, func() float64 { return basic.UranusApparentRaN(ttJD, -1) }},
{"UranusApparentDec", func() float64 { return basic.UranusApparentDec(ttJD) }, func() float64 { return basic.UranusApparentDecN(ttJD, -1) }},
{"EarthUranusAway", func() float64 { return basic.EarthUranusAway(ttJD) }, func() float64 { return basic.EarthUranusAwayN(ttJD, -1) }},
{"UranusMag", func() float64 { return basic.UranusMag(ttJD) }, func() float64 { return basic.UranusMagN(ttJD, -1) }},
{"UranusPhaseAngle", func() float64 { return basic.UranusPhaseAngle(ttJD) }, func() float64 { return basic.UranusPhaseAngleN(ttJD, -1) }},
{"UranusIlluminatedFraction", func() float64 { return basic.UranusIlluminatedFraction(ttJD) }, func() float64 { return basic.UranusIlluminatedFractionN(ttJD, -1) }},
{"UranusBrightLimbPositionAngle", func() float64 { return basic.UranusBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.UranusBrightLimbPositionAngleN(ttJD, -1) }},
{"UranusHeight", func() float64 { return basic.UranusHeight(jde, lon, lat, tz) }, func() float64 { return basic.UranusHeightN(jde, lon, lat, tz, -1) }},
{"UranusAzimuth", func() float64 { return basic.UranusAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.UranusAzimuthN(jde, lon, lat, tz, -1) }},
{"UranusHourAngle", func() float64 { return basic.UranusHourAngle(jde, lon, tz) }, func() float64 { return basic.UranusHourAngleN(jde, lon, tz, -1) }},
{"UranusCulminationTime", func() float64 { return basic.UranusCulminationTime(jde, lon, tz) }, func() float64 { return basic.UranusCulminationTimeN(jde, lon, tz, -1) }},
{"UranusRiseTime", func() float64 { value, _ := basic.UranusRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.UranusRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"UranusSetTime", func() float64 { value, _ := basic.UranusSetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.UranusSetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"NeptuneApparentLo", func() float64 { return basic.NeptuneApparentLo(ttJD) }, func() float64 { return basic.NeptuneApparentLoN(ttJD, -1) }},
{"NeptuneApparentBo", func() float64 { return basic.NeptuneApparentBo(ttJD) }, func() float64 { return basic.NeptuneApparentBoN(ttJD, -1) }},
{"NeptuneApparentRa", func() float64 { return basic.NeptuneApparentRa(ttJD) }, func() float64 { return basic.NeptuneApparentRaN(ttJD, -1) }},
{"NeptuneApparentDec", func() float64 { return basic.NeptuneApparentDec(ttJD) }, func() float64 { return basic.NeptuneApparentDecN(ttJD, -1) }},
{"EarthNeptuneAway", func() float64 { return basic.EarthNeptuneAway(ttJD) }, func() float64 { return basic.EarthNeptuneAwayN(ttJD, -1) }},
{"NeptuneMag", func() float64 { return basic.NeptuneMag(ttJD) }, func() float64 { return basic.NeptuneMagN(ttJD, -1) }},
{"NeptunePhaseAngle", func() float64 { return basic.NeptunePhaseAngle(ttJD) }, func() float64 { return basic.NeptunePhaseAngleN(ttJD, -1) }},
{"NeptuneIlluminatedFraction", func() float64 { return basic.NeptuneIlluminatedFraction(ttJD) }, func() float64 { return basic.NeptuneIlluminatedFractionN(ttJD, -1) }},
{"NeptuneBrightLimbPositionAngle", func() float64 { return basic.NeptuneBrightLimbPositionAngle(ttJD) }, func() float64 { return basic.NeptuneBrightLimbPositionAngleN(ttJD, -1) }},
{"NeptuneHeight", func() float64 { return basic.NeptuneHeight(jde, lon, lat, tz) }, func() float64 { return basic.NeptuneHeightN(jde, lon, lat, tz, -1) }},
{"NeptuneAzimuth", func() float64 { return basic.NeptuneAzimuth(jde, lon, lat, tz) }, func() float64 { return basic.NeptuneAzimuthN(jde, lon, lat, tz, -1) }},
{"NeptuneHourAngle", func() float64 { return basic.NeptuneHourAngle(jde, lon, tz) }, func() float64 { return basic.NeptuneHourAngleN(jde, lon, tz, -1) }},
{"NeptuneCulminationTime", func() float64 { return basic.NeptuneCulminationTime(jde, lon, tz) }, func() float64 { return basic.NeptuneCulminationTimeN(jde, lon, tz, -1) }},
{"NeptuneRiseTime", func() float64 { value, _ := basic.NeptuneRiseTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.NeptuneRiseTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
{"NeptuneSetTime", func() float64 { value, _ := basic.NeptuneSetTime(jde, lon, lat, tz, 1, height); return value }, func() float64 { value, _ := basic.NeptuneSetTimeN(jde, lon, lat, tz, 1, height, -1); return value }},
}
for _, tc := range floatChecks {
assertSame(tc.name, tc.got(), tc.want())
}
errorChecks := []struct {
name string
got func() error
want func() error
}{
{"MercuryRiseTime.err", func() error { _, err := basic.MercuryRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.MercuryRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"MercurySetTime.err", func() error { _, err := basic.MercurySetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.MercurySetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"VenusRiseTime.err", func() error { _, err := basic.VenusRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.VenusRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"VenusSetTime.err", func() error { _, err := basic.VenusSetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.VenusSetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"MarsRiseTime.err", func() error { _, err := basic.MarsRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.MarsRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"MarsSetTime.err", func() error { _, err := basic.MarsSetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.MarsSetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"JupiterRiseTime.err", func() error { _, err := basic.JupiterRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.JupiterRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"JupiterSetTime.err", func() error { _, err := basic.JupiterSetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.JupiterSetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"SaturnRiseTime.err", func() error { _, err := basic.SaturnRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.SaturnRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"SaturnSetTime.err", func() error { _, err := basic.SaturnSetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.SaturnSetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"UranusRiseTime.err", func() error { _, err := basic.UranusRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.UranusRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"UranusSetTime.err", func() error { _, err := basic.UranusSetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.UranusSetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"NeptuneRiseTime.err", func() error { _, err := basic.NeptuneRiseTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.NeptuneRiseTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
{"NeptuneSetTime.err", func() error { _, err := basic.NeptuneSetTime(jde, lon, lat, tz, 1, height); return err }, func() error { _, err := basic.NeptuneSetTimeN(jde, lon, lat, tz, 1, height, -1); return err }},
}
for _, tc := range errorChecks {
assertSameErr(tc.name, tc.got(), tc.want())
}
pairChecks := []struct {
name string
got func() (float64, float64)
want func() (float64, float64)
}{
{"MercuryApparentRaDec", func() (float64, float64) { return basic.MercuryApparentRaDec(ttJD) }, func() (float64, float64) { return basic.MercuryApparentRaDecN(ttJD, -1) }},
{"VenusApparentRaDec", func() (float64, float64) { return basic.VenusApparentRaDec(ttJD) }, func() (float64, float64) { return basic.VenusApparentRaDecN(ttJD, -1) }},
{"MarsApparentRaDec", func() (float64, float64) { return basic.MarsApparentRaDec(ttJD) }, func() (float64, float64) { return basic.MarsApparentRaDecN(ttJD, -1) }},
{"JupiterApparentRaDec", func() (float64, float64) { return basic.JupiterApparentRaDec(ttJD) }, func() (float64, float64) { return basic.JupiterApparentRaDecN(ttJD, -1) }},
{"SaturnApparentRaDec", func() (float64, float64) { return basic.SaturnApparentRaDec(ttJD) }, func() (float64, float64) { return basic.SaturnApparentRaDecN(ttJD, -1) }},
{"SaturnRingAxis", func() (float64, float64) { return basic.SaturnRingAxis(ttJD) }, func() (float64, float64) { return basic.SaturnRingAxisN(ttJD, -1) }},
{"UranusApparentRaDec", func() (float64, float64) { return basic.UranusApparentRaDec(ttJD) }, func() (float64, float64) { return basic.UranusApparentRaDecN(ttJD, -1) }},
{"NeptuneApparentRaDec", func() (float64, float64) { return basic.NeptuneApparentRaDec(ttJD) }, func() (float64, float64) { return basic.NeptuneApparentRaDecN(ttJD, -1) }},
}
for _, tc := range pairChecks {
got1, got2 := tc.got()
want1, want2 := tc.want()
assertSamePair(tc.name, got1, got2, want1, want2)
}
}
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