func ExampleNorth_c() {
// Example 52.c, p. 370.
j, δ := moonmaxdec.North(-3.8)
fmt.Printf("JDE = %.4f\n", j)
y, m, d := julian.JDToCalendar(j)
d, f := math.Modf(d)
fmt.Printf("%d %s %d at %0.64d TD\n", y, time.Month(m), int(d),
base.NewFmtTime(f*24*3600))
fmt.Printf("δ = %.4f\n", δ*180/math.Pi)
fmt.Printf("%+0.62d\n", base.NewFmtAngle(δ))
// Output:
// JDE = 1719672.1412
// -4 March 16 at 15ʰ TD
// δ = 28.9739
// +28°58′
}
func ExampleNorth_c() {
// Example 52.c, p. 370.
j, δ := moonmaxdec.North(-3.8)
fmt.Printf("JDE = %.4f\n", j)
y, m, d := julian.JDToCalendar(j)
d, f := math.Modf(d)
fmt.Printf("%d %s %d at %0h TD\n", y, time.Month(m), int(d),
sexa.FmtTime(unit.TimeFromDay(f)))
fmt.Printf("δ = %.4f\n", δ.Deg())
fmt.Printf("%+0m\n", sexa.FmtAngle(δ))
// Output:
// JDE = 1719672.1412
// -4 March 16 at 15ʰ TD
// δ = 28.9739
// +28°58′
}
func ExampleNorth() {
// Example 52.a, p. 370.
j, δ := moonmaxdec.North(1988.95)
fmt.Printf("JDE = %.4f\n", j)
y, m, d := julian.JDToCalendar(j)
d, f := math.Modf(d)
fmt.Printf("%d %s %d at %0.62d TD\n", y, time.Month(m), int(d),
base.NewFmtTime(f*24*3600))
fmt.Printf("δ = %.4f\n", δ*180/math.Pi)
fmt.Printf("%+0d\n", base.NewFmtAngle(δ))
// Output:
// JDE = 2447518.3346
// 1988 December 22 at 20ʰ02ᵐ TD
// δ = 28.1562
// +28°09′22″
}
func ExampleNorth() {
// Example 52.a, p. 370.
j, δ := moonmaxdec.North(1988.95)
fmt.Printf("JDE = %.4f\n", j)
y, m, d := julian.JDToCalendar(j)
d, f := math.Modf(d)
fmt.Printf("%d %s %d at %0m TD\n", y, time.Month(m), int(d),
sexa.FmtTime(unit.TimeFromDay(f)))
fmt.Printf("δ = %.4f\n", δ.Deg())
fmt.Printf("%+0d\n", sexa.FmtAngle(δ))
// Output:
// JDE = 2447518.3346
// 1988 December 22 at 20ʰ02ᵐ TD
// δ = 28.1562
// +28°09′22″
}
