Struct moose::replicated::RepShape

pub struct RepShape<HostShapeT> {
    pub shapes: [HostShapeT; 3],
}

Expand description

Public shape for replicated placements

Fields

shapes: [HostShapeT; 3]

Trait Implementations

Returns a copy of the value. Read more

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Formats the value using the given formatter. Read more

Deserialize this value from the given Serde deserializer. Read more

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

This method tests for self and other values to be equal, and is used by ==. Read more

This method tests for !=.

Serialize this value into the given Serde serializer. Read more

The type returned in the event of a conversion error.

Performs the conversion.

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Causes self to use its Binary implementation when Debug-formatted. Read more

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Mutably borrows self, then passes self.borrow_mut() into the pipe function. Read more

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Borrows self, then passes self.deref() into the pipe function.

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Calls .tap() only in debug builds, and is erased in release builds.

Calls .tap_mut() only in debug builds, and is erased in release builds. Read more

Calls .tap_borrow() only in debug builds, and is erased in release builds. Read more

Calls .tap_borrow_mut() only in debug builds, and is erased in release builds. Read more

Calls .tap_ref() only in debug builds, and is erased in release builds. Read more

Calls .tap_ref_mut() only in debug builds, and is erased in release builds. Read more

Calls .tap_deref() only in debug builds, and is erased in release builds. Read more

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The type returned in the event of a conversion error.

Performs the conversion.

The type returned in the event of a conversion error.

Performs the conversion.

Attaches the provided Subscriber to this type, returning a WithDispatch wrapper. Read more

Struct moose::replicated::RepShape

Fields

Trait Implementations

impl CanonicalType for RepShape<HostShape>

type Type = RepShape<<HostShape as CanonicalType>::Type>

impl CanonicalType for RepShape<<HostShape as SymbolicType>::Type>

type Type = RepShape<<HostShape as CanonicalType>::Type>

impl<HostShapeT: Clone> Clone for RepShape<HostShapeT>

fn clone(&self) -> RepShape<HostShapeT>

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

impl<HostShapeT: Debug> Debug for RepShape<HostShapeT>

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

impl<'de, HostShapeT> Deserialize<'de> for RepShape<HostShapeT> where HostShapeT: Deserialize<'de>,

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error> where __D: Deserializer<'de>,

impl From<&'_ RepShape<HostShape>> for Value

fn from(x: &ReplicatedShape) -> Self

impl From<<RepShape<HostShape> as SymbolicType>::Type> for SymbolicValue

fn from(x: <ReplicatedShape as SymbolicType>::Type) -> Self

impl From<RepShape<<HostShape as SymbolicType>::Type>> for <ReplicatedShape as SymbolicType>::Type

fn from(x: RepShape<<HostShape as SymbolicType>::Type>) -> Self

impl From<RepShape<HostShape>> for Value

fn from(x: ReplicatedShape) -> Self

impl<HostShapeT: PartialEq> PartialEq<RepShape<HostShapeT>> for RepShape<HostShapeT>

fn eq(&self, other: &RepShape<HostShapeT>) -> bool

fn ne(&self, other: &RepShape<HostShapeT>) -> bool

impl PartiallySymbolicType for RepShape<HostShape>

type Type = RepShape<<HostShape as SymbolicType>::Type>

impl<HostShapeT> Placed for RepShape<HostShapeT> where HostShapeT: Placed<Placement = HostPlacement>,

type Placement = ReplicatedPlacement

fn placement(&self) -> Result<Self::Placement>

impl PlacementBroadcast<AsyncSession, RepShape<HostShape>, RepTensor<HostBitTensor>, RepTensor<HostBitTensor>> for ReplicatedPlacement

fn broadcast( &self, sess: &AsyncSession, x0: &ReplicatedShape, x1: &ReplicatedBitTensor) -> ReplicatedBitTensor

impl PlacementBroadcast<AsyncSession, RepShape<HostShape>, RepTensor<HostRingTensor<u128>>, RepTensor<HostRingTensor<u128>>> for ReplicatedPlacement

fn broadcast( &self, sess: &AsyncSession, x0: &ReplicatedShape, x1: &ReplicatedRing128Tensor) -> ReplicatedRing128Tensor

impl PlacementBroadcast<AsyncSession, RepShape<HostShape>, RepTensor<HostRingTensor<u64>>, RepTensor<HostRingTensor<u64>>> for ReplicatedPlacement

fn broadcast( &self, sess: &AsyncSession, x0: &ReplicatedShape, x1: &ReplicatedRing64Tensor) -> ReplicatedRing64Tensor

impl PlacementBroadcast<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <RepTensor<HostBitTensor> as PartiallySymbolicType>::Type, <RepTensor<HostBitTensor> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn broadcast( &self, sess: &SymbolicSession, x0: &<ReplicatedShape as PartiallySymbolicType>::Type, x1: &<ReplicatedBitTensor as PartiallySymbolicType>::Type) -> <ReplicatedBitTensor as PartiallySymbolicType>::Type

impl PlacementBroadcast<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <RepTensor<HostRingTensor<u128>> as PartiallySymbolicType>::Type, <RepTensor<HostRingTensor<u128>> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn broadcast( &self, sess: &SymbolicSession, x0: &<ReplicatedShape as PartiallySymbolicType>::Type, x1: &<ReplicatedRing128Tensor as PartiallySymbolicType>::Type) -> <ReplicatedRing128Tensor as PartiallySymbolicType>::Type

impl PlacementBroadcast<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <RepTensor<HostRingTensor<u64>> as PartiallySymbolicType>::Type, <RepTensor<HostRingTensor<u64>> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn broadcast( &self, sess: &SymbolicSession, x0: &<ReplicatedShape as PartiallySymbolicType>::Type, x1: &<ReplicatedRing64Tensor as PartiallySymbolicType>::Type) -> <ReplicatedRing64Tensor as PartiallySymbolicType>::Type

impl PlacementBroadcast<SymbolicSession, <RepShape<HostShape> as SymbolicType>::Type, <RepTensor<HostBitTensor> as SymbolicType>::Type, <RepTensor<HostBitTensor> as SymbolicType>::Type> for ReplicatedPlacement

fn broadcast( &self, sess: &SymbolicSession, x0: &<ReplicatedShape as SymbolicType>::Type, x1: &<ReplicatedBitTensor as SymbolicType>::Type) -> <ReplicatedBitTensor as SymbolicType>::Type

impl PlacementBroadcast<SymbolicSession, <RepShape<HostShape> as SymbolicType>::Type, <RepTensor<HostRingTensor<u128>> as SymbolicType>::Type, <RepTensor<HostRingTensor<u128>> as SymbolicType>::Type> for ReplicatedPlacement

fn broadcast( &self, sess: &SymbolicSession, x0: &<ReplicatedShape as SymbolicType>::Type, x1: &<ReplicatedRing128Tensor as SymbolicType>::Type) -> <ReplicatedRing128Tensor as SymbolicType>::Type

impl PlacementBroadcast<SymbolicSession, <RepShape<HostShape> as SymbolicType>::Type, <RepTensor<HostRingTensor<u64>> as SymbolicType>::Type, <RepTensor<HostRingTensor<u64>> as SymbolicType>::Type> for ReplicatedPlacement

fn broadcast( &self, sess: &SymbolicSession, x0: &<ReplicatedShape as SymbolicType>::Type, x1: &<ReplicatedRing64Tensor as SymbolicType>::Type) -> <ReplicatedRing64Tensor as SymbolicType>::Type

impl PlacementBroadcast<SyncSession, RepShape<HostShape>, RepTensor<HostBitTensor>, RepTensor<HostBitTensor>> for ReplicatedPlacement

fn broadcast( &self, sess: &SyncSession, x0: &ReplicatedShape, x1: &ReplicatedBitTensor) -> ReplicatedBitTensor

impl PlacementBroadcast<SyncSession, RepShape<HostShape>, RepTensor<HostRingTensor<u128>>, RepTensor<HostRingTensor<u128>>> for ReplicatedPlacement

fn broadcast( &self, sess: &SyncSession, x0: &ReplicatedShape, x1: &ReplicatedRing128Tensor) -> ReplicatedRing128Tensor

impl PlacementBroadcast<SyncSession, RepShape<HostShape>, RepTensor<HostRingTensor<u64>>, RepTensor<HostRingTensor<u64>>> for ReplicatedPlacement

fn broadcast( &self, sess: &SyncSession, x0: &ReplicatedShape, x1: &ReplicatedRing64Tensor) -> ReplicatedRing64Tensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, Mir3Tensor<HostBitTensor>> for Mirrored3Placement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> Mirrored3BitTensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, Mir3Tensor<HostRingTensor<u128>>> for Mirrored3Placement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> Mirrored3Ring128Tensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, Mir3Tensor<HostRingTensor<u64>>> for Mirrored3Placement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> Mirrored3Ring64Tensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>> for Mirrored3Placement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> Mirrored3Fixed128Tensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>> for Mirrored3Placement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> Mirrored3Fixed64Tensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, RepTensor<HostBitTensor>> for ReplicatedPlacement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> ReplicatedBitTensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, RepTensor<HostRingTensor<u128>>> for ReplicatedPlacement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> ReplicatedRing128Tensor

impl PlacementFill<AsyncSession, RepShape<HostShape>, RepTensor<HostRingTensor<u64>>> for ReplicatedPlacement

fn fill( &self, sess: &AsyncSession, value: Constant, x0: &ReplicatedShape) -> ReplicatedRing64Tensor

impl PlacementFill<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <Mir3Tensor<HostBitTensor> as PartiallySymbolicType>::Type> for Mirrored3Placement

fn fill( &self, sess: &SymbolicSession, value: Constant, x0: &<ReplicatedShape as PartiallySymbolicType>::Type) -> <Mirrored3BitTensor as PartiallySymbolicType>::Type

impl PlacementFill<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <Mir3Tensor<HostRingTensor<u128>> as PartiallySymbolicType>::Type> for Mirrored3Placement

fn fill( &self, sess: &SymbolicSession, value: Constant, x0: &<ReplicatedShape as PartiallySymbolicType>::Type) -> <Mirrored3Ring128Tensor as PartiallySymbolicType>::Type

impl PlacementFill<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <Mir3Tensor<HostRingTensor<u64>> as PartiallySymbolicType>::Type> for Mirrored3Placement

fn fill( &self, sess: &SymbolicSession, value: Constant, x0: &<ReplicatedShape as PartiallySymbolicType>::Type) -> <Mirrored3Ring64Tensor as PartiallySymbolicType>::Type

impl PlacementFill<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <RepTensor<HostBitTensor> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn fill( &self, sess: &SymbolicSession, value: Constant, x0: &<ReplicatedShape as PartiallySymbolicType>::Type) -> <ReplicatedBitTensor as PartiallySymbolicType>::Type

impl PlacementFill<SymbolicSession, <RepShape<HostShape> as PartiallySymbolicType>::Type, <RepTensor<HostRingTensor<u128>> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn fill( &self, sess: &SymbolicSession, value: Constant, x0: &<ReplicatedShape as PartiallySymbolicType>::Type) -> <ReplicatedRing128Tensor as PartiallySymbolicType>::Type

impl<'de, HostShapeT> Deserialize<'de> for RepShape<HostShapeT> where
HostShapeT: Deserialize<'de>,

fn deserialize<D>(deserializer: D) -> Result<Self, D::Error> where
__D: Deserializer<'de>,

impl<HostShapeT> Placed for RepShape<HostShapeT> where
HostShapeT: Placed<Placement = HostPlacement>,

fn broadcast(
&self,
sess: &AsyncSession,
x0: &ReplicatedShape,
x1: &ReplicatedBitTensor
) -> ReplicatedBitTensor

fn broadcast(
&self,
sess: &AsyncSession,
x0: &ReplicatedShape,
x1: &ReplicatedRing128Tensor
) -> ReplicatedRing128Tensor

fn broadcast(
&self,
sess: &AsyncSession,
x0: &ReplicatedShape,
x1: &ReplicatedRing64Tensor
) -> ReplicatedRing64Tensor

fn broadcast(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type,
x1: &<ReplicatedBitTensor as PartiallySymbolicType>::Type
) -> <ReplicatedBitTensor as PartiallySymbolicType>::Type

fn broadcast(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type,
x1: &<ReplicatedRing128Tensor as PartiallySymbolicType>::Type
) -> <ReplicatedRing128Tensor as PartiallySymbolicType>::Type

fn broadcast(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type,
x1: &<ReplicatedRing64Tensor as PartiallySymbolicType>::Type
) -> <ReplicatedRing64Tensor as PartiallySymbolicType>::Type

fn broadcast(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedShape as SymbolicType>::Type,
x1: &<ReplicatedBitTensor as SymbolicType>::Type
) -> <ReplicatedBitTensor as SymbolicType>::Type

fn broadcast(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedShape as SymbolicType>::Type,
x1: &<ReplicatedRing128Tensor as SymbolicType>::Type
) -> <ReplicatedRing128Tensor as SymbolicType>::Type

fn broadcast(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedShape as SymbolicType>::Type,
x1: &<ReplicatedRing64Tensor as SymbolicType>::Type
) -> <ReplicatedRing64Tensor as SymbolicType>::Type

fn broadcast(
&self,
sess: &SyncSession,
x0: &ReplicatedShape,
x1: &ReplicatedBitTensor
) -> ReplicatedBitTensor

fn broadcast(
&self,
sess: &SyncSession,
x0: &ReplicatedShape,
x1: &ReplicatedRing128Tensor
) -> ReplicatedRing128Tensor

fn broadcast(
&self,
sess: &SyncSession,
x0: &ReplicatedShape,
x1: &ReplicatedRing64Tensor
) -> ReplicatedRing64Tensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3BitTensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Ring128Tensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Ring64Tensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Fixed128Tensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Fixed64Tensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> ReplicatedBitTensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> ReplicatedRing128Tensor

fn fill(
&self,
sess: &AsyncSession,
value: Constant,
x0: &ReplicatedShape
) -> ReplicatedRing64Tensor

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <Mirrored3BitTensor as PartiallySymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <Mirrored3Ring128Tensor as PartiallySymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <Mirrored3Ring64Tensor as PartiallySymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <ReplicatedBitTensor as PartiallySymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <ReplicatedRing128Tensor as PartiallySymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <ReplicatedRing64Tensor as PartiallySymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <Mirrored3BitTensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <Mirrored3Ring128Tensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <Mirrored3Ring64Tensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <Mirrored3Fixed128Tensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <Mirrored3Fixed64Tensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedBitTensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedRing128Tensor as SymbolicType>::Type

fn fill(
&self,
sess: &SymbolicSession,
value: Constant,
x0: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedRing64Tensor as SymbolicType>::Type

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3BitTensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Ring128Tensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Ring64Tensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Fixed128Tensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> Mirrored3Fixed64Tensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> ReplicatedBitTensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> ReplicatedRing128Tensor

fn fill(
&self,
sess: &SyncSession,
value: Constant,
x0: &ReplicatedShape
) -> ReplicatedRing64Tensor

fn reshape(
&self,
sess: &AsyncSession,
x0: &Fixed128Tensor,
x1: &ReplicatedShape
) -> Fixed128Tensor

fn reshape(
&self,
sess: &AsyncSession,
x0: &Fixed64Tensor,
x1: &ReplicatedShape
) -> Fixed64Tensor

fn reshape(
&self,
sess: &AsyncSession,
x0: &ReplicatedFixed128Tensor,
x1: &ReplicatedShape
) -> ReplicatedFixed128Tensor

fn reshape(
&self,
sess: &AsyncSession,
x0: &ReplicatedFixed64Tensor,
x1: &ReplicatedShape
) -> ReplicatedFixed64Tensor

fn reshape(
&self,
sess: &AsyncSession,
x0: &ReplicatedRing128Tensor,
x1: &ReplicatedShape
) -> ReplicatedRing128Tensor

fn reshape(
&self,
sess: &AsyncSession,
x0: &ReplicatedRing64Tensor,
x1: &ReplicatedShape
) -> ReplicatedRing64Tensor

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<Fixed128Tensor as SymbolicType>::Type,
x1: &<ReplicatedShape as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<Fixed64Tensor as SymbolicType>::Type,
x1: &<ReplicatedShape as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedFixed128Tensor as SymbolicType>::Type,
x1: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedFixed128Tensor as SymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedFixed64Tensor as SymbolicType>::Type,
x1: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedFixed64Tensor as SymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedRing128Tensor as PartiallySymbolicType>::Type,
x1: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <ReplicatedRing128Tensor as PartiallySymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedRing128Tensor as SymbolicType>::Type,
x1: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedRing128Tensor as SymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedRing64Tensor as PartiallySymbolicType>::Type,
x1: &<ReplicatedShape as PartiallySymbolicType>::Type
) -> <ReplicatedRing64Tensor as PartiallySymbolicType>::Type

fn reshape(
&self,
sess: &SymbolicSession,
x0: &<ReplicatedRing64Tensor as SymbolicType>::Type,
x1: &<ReplicatedShape as SymbolicType>::Type
) -> <ReplicatedRing64Tensor as SymbolicType>::Type