Thank you for the tip about solrad. I don't need it right now, but I
shall certainly have a use for it soon.
On Wed, 31 Jan 2024 at 02:42, Kevin Thorpe wrote:
>
> There is also the package solrad that might do some of this. It is more
> intended for calculating solar radiation, which is probabl
Thank you very much. suncalc looks like just what I want.
On Tue, 30 Jan 2024 at 23:44, Enrico Schumann wrote:
>
> On Tue, 30 Jan 2024, Richard O'Keefe writes:
>
> > Given
> > - UTC timestamp
> > - a location (latitude,longitude,elevation)
> > I want to know
> > - the sun angles
> > - the mo
There is also the package solrad that might do some of this. It is more
intended for calculating solar radiation, which is probably not what you want,
but may do other things you may find helpful.
> On Jan 30, 2024, at 5:44 AM, Enrico Schumann wrote:
>
> On Tue, 30 Jan 2024, Richard O'Keefe w
On Tue, 30 Jan 2024, Richard O'Keefe writes:
> Given
> - UTC timestamp
> - a location (latitude,longitude,elevation)
> I want to know
> - the sun angles
> - the moon angles
> - the phase of the moon.
> I looked on CRAN for astronomy, but didn't notice anything that seems
> to offer what I wan
Given
- UTC timestamp
- a location (latitude,longitude,elevation)
I want to know
- the sun angles
- the moon angles
- the phase of the moon.
I looked on CRAN for astronomy, but didn't notice anything that seems
to offer what I want. I could try coding these functions myself, but
"if you didn'
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