Skip to main content

Pef

lox_frames::frames

Struct Pef 

Source 
pub struct Pef<T: IersSystem>(pub T);
Expand description

Pseudo-Earth Fixed frame, parameterised by IERS convention.

Tuple Fields§

§0: T

Trait Implementations§

Source§

impl<T: Clone + IersSystem> Clone for Pef<T>

Source§

fn clone(&self) -> Pef<T>

Returns a duplicate of the value. Read more
1.0.0 · Source§

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
Source§

impl<T: Debug + IersSystem> Debug for Pef<T>

Source§

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more
Source§

impl<T: IersSystem + Into<ReferenceSystem>> From<Pef<T>> for DynFrame

Source§

fn from(frame: Pef<T>) -> Self

Converts to this type from the input type.
Source§

impl<T: PartialEq + IersSystem> PartialEq for Pef<T>

Source§

fn eq(&self, other: &Pef<T>) -> bool

Tests for self and other values to be equal, and is used by ==.
1.0.0 · Source§

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.
Source§

impl<T> ReferenceFrame for Pef<T>
where T: IersSystem,

Source§

fn name(&self) -> String

Returns the full name of the frame (e.g. “International Celestial Reference Frame”).
Source§

fn abbreviation(&self) -> String

Returns the abbreviated name (e.g. “ICRF”).
Source§

impl<T: Copy + IersSystem> Copy for Pef<T>

Source§

impl<T: Eq + IersSystem> Eq for Pef<T>

Source§

impl<T: IersSystem> StructuralPartialEq for Pef<T>

Auto Trait Implementations§

§

impl<T> Freeze for Pef<T>
where T: Freeze,

§

impl<T> RefUnwindSafe for Pef<T>
where T: RefUnwindSafe,

§

impl<T> Send for Pef<T>
where T: Send,

§

impl<T> Sync for Pef<T>
where T: Sync,

§

impl<T> Unpin for Pef<T>
where T: Unpin,

§

impl<T> UnsafeUnpin for Pef<T>
where T: UnsafeUnpin,

§

impl<T> UnwindSafe for Pef<T>
where T: UnwindSafe,

Blanket Implementations§

Source§

impl<T> Any for T
where T: 'static + ?Sized,

Source§

fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more
Source§

impl<T> Borrow<T> for T
where T: ?Sized,

Source§

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more
Source§

impl<T> BorrowMut<T> for T
where T: ?Sized,

Source§

fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more
Source§

impl<T> CloneToUninit for T
where T: Clone,

Source§

unsafe fn clone_to_uninit(&self, dest: *mut u8)

🔬This is a nightly-only experimental API. (clone_to_uninit)
Performs copy-assignment from self to dest. Read more
Source§

impl<T> From<T> for T

Source§

fn from(t: T) -> T

Returns the argument unchanged.

Source§

impl<T, U> Into<U> for T
where U: From<T>,

Source§

fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

Source§

impl<T> IntoEither for T

Source§

fn into_either(self, into_left: bool) -> Either<Self, Self>

Converts self into a Left variant of Either<Self, Self> if into_left is true. Converts self into a Right variant of Either<Self, Self> otherwise. Read more
Source§

fn into_either_with<F>(self, into_left: F) -> Either<Self, Self>
where F: FnOnce(&Self) -> bool,

Converts self into a Left variant of Either<Self, Self> if into_left(&self) returns true. Converts self into a Right variant of Either<Self, Self> otherwise. Read more
Source§

impl<T> ToOwned for T
where T: Clone,

Source§

type Owned = T

The resulting type after obtaining ownership.
Source§

fn to_owned(&self) -> T

Creates owned data from borrowed data, usually by cloning. Read more
Source§

fn clone_into(&self, target: &mut T)

Uses borrowed data to replace owned data, usually by cloning. Read more
Source§

impl<T, U> TryFrom<U> for T
where U: Into<T>,

Source§

type Error = Infallible

The type returned in the event of a conversion error.
Source§

fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>

Performs the conversion.
Source§

impl<T, U> TryInto<U> for T
where U: TryFrom<T>,

Source§

type Error = <U as TryFrom<T>>::Error

The type returned in the event of a conversion error.
Source§

fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>

Performs the conversion.
Source§

impl<T, U> TryRotation<Cirf, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Cirf, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Cirf, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Cirf, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Cirf, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Cirf, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<DynFrame, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = DynRotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: DynFrame, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<DynFrame, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = DynRotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: DynFrame, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<DynFrame, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = DynRotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: DynFrame, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Iau<DynOrigin>, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Iau<DynOrigin>, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Iau<DynOrigin>, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Iau<DynOrigin>, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Iau<DynOrigin>, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Iau<DynOrigin>, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Icrf, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Icrf, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Icrf, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Icrf, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Icrf, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Icrf, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Itrf, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Itrf, _target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Itrf, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Itrf, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Itrf, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Itrf, _target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<J2000, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: J2000, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<J2000, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: J2000, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<J2000, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: J2000, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Mod<Iers1996>, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Mod<Iers1996>, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers1996>, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Mod<Iers2003>, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Mod<Iers2003>, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2003>, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Mod<Iers2010>, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Mod<Iers2010>, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2010>, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = DynRotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Pef<Iers1996>, _target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers1996>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers1996>, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Pef<Iers1996>, _target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers1996>, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = DynRotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, _target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2003>, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2003>, _target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2003>, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = DynRotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Pef<Iers2010>, _target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Mod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Pef<Iers2010>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Pef<Iers2010>, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Pef<Iers2010>, _target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Pef<Iers2010>, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Teme, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Teme, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Teme, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Teme, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Teme, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Teme, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Tirf, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Tirf, target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Tirf, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Tirf, target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Tirf, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Tirf, target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Tod<Iers1996>, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Tod<Iers1996>, _target: Pef<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Pef<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Tod<Iers2003>, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, origin: Tod<Iers2003>, _target: Pef<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Pef<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
Source§

impl<T, U> TryRotation<Tod<Iers2010>, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
Source§

fn try_rotation( &self, _origin: Tod<Iers2010>, _target: Pef<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Pef<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.