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DefaultRotationProvider

lox_frames::providers

Struct DefaultRotationProvider 

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pub struct DefaultRotationProvider;
Expand description

Default rotation provider with no EOP data (zero corrections, zero polar motion).

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impl Clone for DefaultRotationProvider

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fn clone(&self) -> DefaultRotationProvider

Returns a duplicate of the value. Read more
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fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl Debug for DefaultRotationProvider

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

Formats the value using the given formatter. Read more
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impl OffsetProvider for DefaultRotationProvider

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type Error = Infallible

The error type for fallible offset computations (e.g. UT1).
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fn tai_to_ut1(&self, delta: TimeDelta) -> Result<TimeDelta, Self::Error>

Returns the TAI→UT1 offset at the given delta.
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fn ut1_to_tai(&self, delta: TimeDelta) -> Result<TimeDelta, Self::Error>

Returns the UT1→TAI offset at the given delta.
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fn tai_to_tt(&self) -> TimeDelta

Returns the constant TAI→TT offset.
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fn tt_to_tai(&self) -> TimeDelta

Returns the constant TT→TAI offset.
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fn tt_to_tcg(&self, delta: TimeDelta) -> TimeDelta

Returns the TT→TCG offset at the given delta.
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fn tcg_to_tt(&self, delta: TimeDelta) -> TimeDelta

Returns the TCG→TT offset at the given delta.
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fn tdb_to_tcb(&self, delta: TimeDelta) -> TimeDelta

Returns the TDB→TCB offset at the given delta.
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fn tcb_to_tdb(&self, delta: TimeDelta) -> TimeDelta

Returns the TCB→TDB offset at the given delta.
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fn tt_to_tdb(&self, delta: TimeDelta) -> TimeDelta

Returns the TT→TDB offset at the given delta.
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fn tdb_to_tt(&self, delta: TimeDelta) -> TimeDelta

Returns the TDB→TT offset at the given delta.
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impl<T> RotationProvider<T> for DefaultRotationProvider
where T: TimeScale,

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type EopError = Infallible

The error type for EOP lookups.
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fn corrections( &self, _time: Time<T>, _sys: ReferenceSystem, ) -> Result<Corrections, Self::EopError>

Returns nutation/precession corrections for the given reference system.
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fn pole_coords(&self, _time: Time<T>) -> Result<PoleCoords, Self::EopError>

Returns polar motion coordinates at the given time.
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fn icrf_to_iau<R>( &self, time: Time<T>, frame: Iau<R>, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, R: TryRotationalElements, Self: TryOffset<T, Tdb>,

Rotation from ICRF to an IAU body-fixed frame.
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fn iau_to_icrf<R>( &self, time: Time<T>, frame: Iau<R>, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, R: TryRotationalElements, Self: TryOffset<T, Tdb>,

Rotation from an IAU body-fixed frame to ICRF.
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fn icrf_to_itrf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Rotation from ICRF to ITRF (via CIO-based path).
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fn itrf_to_icrf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

Rotation from ITRF to ICRF.
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fn icrf_to_j2000(&self) -> Rotation

Rotation from ICRF to J2000 (frame bias).
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fn j2000_to_icrf(&self) -> Rotation

Rotation from J2000 to ICRF (inverse frame bias).
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fn j2000_to_mod( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from J2000 to Mean of Date.
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fn mod_to_j2000( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from Mean of Date to J2000.
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fn icrf_to_mod( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from ICRF to Mean of Date (bias + precession).
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fn mod_to_icrf( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from Mean of Date to ICRF.
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fn mod_to_tod( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb>,

Rotation from Mean of Date to True of Date (nutation).
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fn tod_to_mod( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb>,

Rotation from True of Date to Mean of Date.
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fn tod_to_pef( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt> + TryOffset<T, Ut1>,

Rotation from True of Date to Pseudo-Earth Fixed (Earth rotation).
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fn pef_to_tod( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt> + TryOffset<T, Ut1>,

Rotation from Pseudo-Earth Fixed to True of Date.
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fn pef_to_itrf( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from Pseudo-Earth Fixed to ITRF (polar motion).
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fn itrf_to_pef( &self, time: Time<T>, sys: ReferenceSystem, ) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from ITRF to Pseudo-Earth Fixed.
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fn tod_to_teme(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb>,

Rotation from True of Date to TEME.
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fn teme_to_tod(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb>,

Rotation from TEME to True of Date.
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fn icrf_to_cirf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb>,

Rotation from ICRF to CIRF (CIP + CIO).
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fn cirf_to_icrf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tdb>,

Rotation from CIRF to ICRF.
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fn cirf_to_tirf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Ut1>,

Rotation from CIRF to TIRF (Earth rotation angle).
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fn tirf_to_cirf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Ut1>,

Rotation from TIRF to CIRF.
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fn tirf_to_itrf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from TIRF to ITRF (polar motion).
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fn itrf_to_tirf(&self, time: Time<T>) -> Result<Rotation, RotationError>
where T: TimeScale + Copy, Self: TryOffset<T, Tt>,

Rotation from ITRF to TIRF.
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impl Copy for DefaultRotationProvider

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

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fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more
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impl<T> Borrow<T> for T
where T: ?Sized,

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fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more
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impl<T> BorrowMut<T> for T
where T: ?Sized,

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

Mutably borrows from an owned value. Read more
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impl<T> CloneToUninit for T
where T: Clone,

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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
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impl<T> From<T> for T

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fn from(t: T) -> T

Returns the argument unchanged.

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

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fn into(self) -> U

Calls U::from(self).

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

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impl<T> IntoEither for T

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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
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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
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impl<T, Origin, Target> Offset<Origin, Target> for T
where Origin: TimeScale, Target: TimeScale, T: TryOffset<Origin, Target, Error = Infallible>,

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fn offset(&self, origin: Origin, target: Target, delta: TimeDelta) -> TimeDelta

Computes the offset from origin to target at the given delta since J2000.
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impl<T> ToOwned for T
where T: Clone,

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type Owned = T

The resulting type after obtaining ownership.
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fn to_owned(&self) -> T

Creates owned data from borrowed data, usually by cloning. Read more
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fn clone_into(&self, target: &mut T)

Uses borrowed data to replace owned data, usually by cloning. Read more
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impl<T, U> TryFrom<U> for T
where U: Into<T>,

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type Error = Infallible

The type returned in the event of a conversion error.
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fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>

Performs the conversion.
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impl<T, U> TryInto<U> for T
where U: TryFrom<T>,

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

The type returned in the event of a conversion error.
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fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>

Performs the conversion.
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impl<T> TryOffset<DynTimeScale, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<DynTimeScale, Tai> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: Tai, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<DynTimeScale, Tcb> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: Tcb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<DynTimeScale, Tcg> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: Tcg, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<DynTimeScale, Tdb> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: Tdb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<DynTimeScale, Tt> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: Tt, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<DynTimeScale, Ut1> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: DynTimeScale, target: Ut1, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<DynTimeScale, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tai, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, Tai> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tai, _target: Tai, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, Tcb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tai, target: Tcb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, Tcg> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tai, target: Tcg, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, Tdb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tai, target: Tdb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, Tt> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tai, _target: Tt, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tai, Ut1> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tai, _target: Ut1, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tai, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcb, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, Tai> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcb, target: Tai, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, Tcb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tcb, _target: Tcb, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, Tcg> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcb, target: Tcg, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, Tdb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tcb, _target: Tdb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, Tt> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcb, target: Tt, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcb, Ut1> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tcb, _target: Ut1, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcb, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcg, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, Tai> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcg, target: Tai, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, Tcb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcg, target: Tcb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, Tcg> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tcg, _target: Tcg, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, Tdb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tcg, target: Tdb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, Tt> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tcg, _target: Tt, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tcg, Ut1> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tcg, _target: Ut1, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tcg, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tdb, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, Tai> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tdb, target: Tai, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, Tcb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tdb, _target: Tcb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, Tcg> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tdb, target: Tcg, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, Tdb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tdb, _target: Tdb, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, Tt> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tdb, _target: Tt, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tdb, Ut1> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tdb, _target: Ut1, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tdb, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tt, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, Tai> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tt, _target: Tai, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, Tcb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Tt, target: Tcb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, Tcg> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tt, _target: Tcg, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, Tdb> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tt, _target: Tdb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, Tt> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tt, _target: Tt, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Tt, Ut1> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Tt, _target: Ut1, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Tt, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, DynTimeScale> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, origin: Ut1, target: DynTimeScale, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, DynTimeScale>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, Tai> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Ut1, _target: Tai, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, Tai>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, Tcb> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Ut1, _target: Tcb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, Tcb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, Tcg> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Ut1, _target: Tcg, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, Tcg>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, Tdb> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Ut1, _target: Tdb, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, Tdb>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, Tt> for T
where T: OffsetProvider,

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type Error = <T as OffsetProvider>::Error

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Ut1, _target: Tt, delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, Tt>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T> TryOffset<Ut1, Ut1> for T
where T: OffsetProvider,

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type Error = Infallible

The error type returned when the offset cannot be computed.
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fn try_offset( &self, _origin: Ut1, _target: Ut1, _delta: TimeDelta, ) -> Result<TimeDelta, <T as TryOffset<Ut1, Ut1>>::Error>

Computes the offset from origin to target at the given delta since J2000.
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impl<T, U> TryRotation<Cirf, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Cirf, _target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Mod<Iers2010>, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Cirf, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Cirf, _target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Cirf, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Cirf, target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Cirf, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Mod<Iers2010>, T>>::Error>

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

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<DynFrame, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<DynFrame, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: DynFrame, target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<DynFrame, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Mod<Iers2010>, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Iau<DynOrigin>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Iau<DynOrigin>, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<DynOrigin>, target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<DynOrigin>, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, R, U> TryRotation<Iau<R>, Icrf, T> for U
where T: TimeScale + Copy, R: TryRotationalElements + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Iau<R>, _target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Iau<R>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, _target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Icrf, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, R, U> TryRotation<Icrf, Iau<R>, T> for U
where T: TimeScale + Copy, R: TryRotationalElements + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, target: Iau<R>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Iau<R>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, _target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, _target: J2000, _time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, _target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Icrf, _target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Mod<Iers2010>, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Icrf, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Icrf, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Icrf, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Icrf, target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Icrf, target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Icrf, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Icrf, target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Icrf, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Itrf, _target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Mod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Itrf, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Itrf, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Itrf, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Itrf, _target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Itrf, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Itrf, target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Itrf, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: J2000, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: J2000, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: J2000, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: J2000, _target: Icrf, _time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: J2000, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: J2000, _target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

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

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

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

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: J2000, _target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<J2000, Mod<Iers2010>, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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>,

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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>,

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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<J2000, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<J2000, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

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

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

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type Error = RotationError

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

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

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

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

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Mod<Iers1996>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers1996>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Mod<Iers1996>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers1996>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, Icrf, 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.
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fn try_rotation( &self, _origin: Mod<Iers1996>, _target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers1996>, Icrf, T>>::Error>

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

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

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, J2000, 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: Mod<Iers1996>, _target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers1996>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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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.
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impl<T, U> TryRotation<Mod<Iers1996>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers1996>, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Mod<Iers1996>, _target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers1996>, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2003>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2003>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2003>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2003>, Icrf, 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: Mod<Iers2003>, _target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2003>, Icrf, T>>::Error>

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

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

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2003>, J2000, 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: Mod<Iers2003>, _target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2003>, J2000, 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>,

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

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type Error = RotationError

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

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

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

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

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2003>, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

Source§

type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Mod<Iers2003>, _target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2003>, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Mod<Iers2010>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2010>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Mod<Iers2010>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2010>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, Icrf, 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.
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fn try_rotation( &self, _origin: Mod<Iers2010>, _target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2010>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, J2000, 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: Mod<Iers2010>, _target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Mod<Iers2010>, J2000, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Mod<Iers2010>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

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

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

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Mod<Iers2010>, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

Source§

type Error = RotationError

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

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

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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>,

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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Pef<Iers1996>, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Pef<Iers2003>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Pef<Iers2003>, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Pef<Iers2010>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Pef<Iers2010>, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Teme, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Mod<Iers2010>, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Teme, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Teme, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Teme, _target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Teme, _target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Teme, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Teme, _target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Teme, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tirf, _target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tirf, _target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Mod<Iers2010>, T>>::Error>

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

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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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>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Tirf, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Tod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Tod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Tod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Tod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Tod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Tod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tirf, Tod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tirf, target: Tod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tirf, Tod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Mod<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tod<Iers1996>, _target: Mod<Iers1996>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Mod<Iers1996>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Pef<Iers1996>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Tod<Iers1996>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tod<Iers1996>, _target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers1996>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers1996>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers1996>, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Mod<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, _target: Mod<Iers2003>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Mod<Iers2003>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Pef<Iers2003>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Tod<Iers2003>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tod<Iers2003>, _target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2003>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2003>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2003>, Tirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Cirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: Cirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Cirf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, DynFrame, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = DynRotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: DynFrame, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, DynFrame, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Iau<DynOrigin>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: Iau<DynOrigin>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Iau<DynOrigin>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Icrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: Icrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Icrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Itrf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: Itrf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Itrf, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, J2000, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: J2000, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, J2000, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Mod<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tod<Iers2010>, _target: Mod<Iers2010>, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Mod<Iers2010>, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Pef<Iers2010>, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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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.
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impl<T, U> TryRotation<Tod<Iers2010>, Teme, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tdb>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, _origin: Tod<Iers2010>, _target: Teme, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Teme, T>>::Error>

Computes the rotation from origin to target at the given time.
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impl<T, U> TryRotation<Tod<Iers2010>, Tirf, T> for U
where T: TimeScale + Copy, U: RotationProvider<T> + TryOffset<T, Tt> + TryOffset<T, Tdb> + TryOffset<T, Ut1>,

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type Error = RotationError

The error type returned when the rotation cannot be computed.
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fn try_rotation( &self, origin: Tod<Iers2010>, target: Tirf, time: Time<T>, ) -> Result<Rotation, <U as TryRotation<Tod<Iers2010>, Tirf, T>>::Error>

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