Enum moose::fixedpoint::FixedTensor

source · [−]

pub enum FixedTensor<HostFixedT, MirFixedT, RepFixedT> {
    Host(HostFixedT),
    Mirrored3(MirFixedT),
    Replicated(RepFixedT),
}

Expand description

Abstract fixed-point tensor.

Variants

`Host(HostFixedT)`

`Mirrored3(MirFixedT)`

`Replicated(RepFixedT)`

Trait Implementations

impl CanonicalType for FixedTensor<HostFixed64Tensor, Mirrored3Fixed64Tensor, ReplicatedFixed64Tensor>

type Type = FixedTensor<<HostFixedTensor<HostRingTensor<u64>> as CanonicalType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>> as CanonicalType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u64>>> as CanonicalType>::Type>

impl CanonicalType for FixedTensor<<HostFixed64Tensor as SymbolicType>::Type, <Mirrored3Fixed64Tensor as SymbolicType>::Type, <ReplicatedFixed64Tensor as SymbolicType>::Type>

type Type = FixedTensor<<HostFixedTensor<HostRingTensor<u64>> as CanonicalType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>> as CanonicalType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u64>>> as CanonicalType>::Type>

impl CanonicalType for FixedTensor<HostFixed128Tensor, Mirrored3Fixed128Tensor, ReplicatedFixed128Tensor>

type Type = FixedTensor<<HostFixedTensor<HostRingTensor<u128>> as CanonicalType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>> as CanonicalType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u128>>> as CanonicalType>::Type>

impl CanonicalType for FixedTensor<<HostFixed128Tensor as SymbolicType>::Type, <Mirrored3Fixed128Tensor as SymbolicType>::Type, <ReplicatedFixed128Tensor as SymbolicType>::Type>

type Type = FixedTensor<<HostFixedTensor<HostRingTensor<u128>> as CanonicalType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>> as CanonicalType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u128>>> as CanonicalType>::Type>

impl<HostFixedT: Clone, MirFixedT: Clone, RepFixedT: Clone> Clone for FixedTensor<HostFixedT, MirFixedT, RepFixedT>

fn clone(&self) -> FixedTensor<HostFixedT, MirFixedT, RepFixedT>

Returns a copy of the value. Read more

1.0.0 · source

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

Performs copy-assignment from source. Read more

impl<HostFixedT: Debug, MirFixedT: Debug, RepFixedT: Debug> Debug for FixedTensor<HostFixedT, MirFixedT, RepFixedT>

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

Formats the value using the given formatter. Read more

impl<'de, HostFixedT, MirFixedT, RepFixedT> Deserialize<'de> for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: Deserialize<'de>,
    MirFixedT: Deserialize<'de>,
    RepFixedT: Deserialize<'de>,

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

Deserialize this value from the given Serde deserializer. Read more

impl From<&'_ FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>> for Value

fn from(x: &Fixed128Tensor) -> Self

Converts to this type from the input type.

impl From<&'_ FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>> for Value

fn from(x: &Fixed64Tensor) -> Self

Converts to this type from the input type.

impl From<<FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as SymbolicType>::Type> for SymbolicValue

fn from(x: <Fixed128Tensor as SymbolicType>::Type) -> Self

Converts to this type from the input type.

impl From<<FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for SymbolicValue

fn from(x: <Fixed64Tensor as SymbolicType>::Type) -> Self

Converts to this type from the input type.

impl From<FixedTensor<<HostFixedTensor<HostRingTensor<u128>> as SymbolicType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>> as SymbolicType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u128>>> as SymbolicType>::Type>> for <Fixed128Tensor as SymbolicType>::Type

fn from(
x: FixedTensor<<HostFixed128Tensor as SymbolicType>::Type, <Mirrored3Fixed128Tensor as SymbolicType>::Type, <ReplicatedFixed128Tensor as SymbolicType>::Type>
) -> Self

Converts to this type from the input type.

impl From<FixedTensor<<HostFixedTensor<HostRingTensor<u64>> as SymbolicType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>> as SymbolicType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u64>>> as SymbolicType>::Type>> for <Fixed64Tensor as SymbolicType>::Type

fn from(
x: FixedTensor<<HostFixed64Tensor as SymbolicType>::Type, <Mirrored3Fixed64Tensor as SymbolicType>::Type, <ReplicatedFixed64Tensor as SymbolicType>::Type>
) -> Self

Converts to this type from the input type.

impl From<FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>> for Value

fn from(x: Fixed128Tensor) -> Self

Converts to this type from the input type.

impl From<FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>> for Value

fn from(x: Fixed64Tensor) -> Self

Converts to this type from the input type.

impl<HostFixedT: PartialEq, MirFixedT: PartialEq, RepFixedT: PartialEq> PartialEq<FixedTensor<HostFixedT, MirFixedT, RepFixedT>> for FixedTensor<HostFixedT, MirFixedT, RepFixedT>

fn eq(&self, other: &FixedTensor<HostFixedT, MirFixedT, RepFixedT>) -> bool

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

fn ne(&self, other: &FixedTensor<HostFixedT, MirFixedT, RepFixedT>) -> bool

This method tests for !=.

impl PartiallySymbolicType for FixedTensor<HostFixed64Tensor, Mirrored3Fixed64Tensor, ReplicatedFixed64Tensor>

type Type = FixedTensor<<HostFixedTensor<HostRingTensor<u64>> as SymbolicType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>> as SymbolicType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u64>>> as SymbolicType>::Type>

impl PartiallySymbolicType for FixedTensor<HostFixed128Tensor, Mirrored3Fixed128Tensor, ReplicatedFixed128Tensor>

type Type = FixedTensor<<HostFixedTensor<HostRingTensor<u128>> as SymbolicType>::Type, <MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>> as SymbolicType>::Type, <RepFixedTensor<RepTensor<HostRingTensor<u128>>> as SymbolicType>::Type>

impl<HostFixedT, MirFixedT, RepFixedT> Placed for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: Placed,
    HostFixedT::Placement: Into<Placement>,
    MirFixedT: Placed,
    MirFixedT::Placement: Into<Placement>,
    RepFixedT: Placed,
    RepFixedT::Placement: Into<Placement>,

type Placement = Placement

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

fn abs(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn abs(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn abs(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

fn abs(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

fn abs(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn abs(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

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

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

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

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

fn add(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn add(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn add(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn add(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn add(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn add(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn add(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn add(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn add_n(&self, sess: &AsyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn add_n(&self, sess: &AsyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn add_n(&self, sess: &AsyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn add_n(&self, sess: &AsyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as SymbolicType>::Type ]
) -> <Fixed128Tensor as SymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as SymbolicType>::Type ]
) -> <Fixed128Tensor as SymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as SymbolicType>::Type ]
) -> <Fixed64Tensor as SymbolicType>::Type

fn add_n(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as SymbolicType>::Type ]
) -> <Fixed64Tensor as SymbolicType>::Type

fn add_n(&self, sess: &SyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn add_n(&self, sess: &SyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn add_n(&self, sess: &SyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn add_n(&self, sess: &SyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

impl PlacementArgmax<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for HostPlacement

fn argmax(
    &self,
    sess: &AsyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed128Tensor
) -> Uint64Tensor

impl PlacementArgmax<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &AsyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed128Tensor
) -> Uint64Tensor

impl PlacementArgmax<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for HostPlacement

fn argmax(
    &self,
    sess: &AsyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed64Tensor
) -> Uint64Tensor

impl PlacementArgmax<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &AsyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed64Tensor
) -> Uint64Tensor

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as PartiallySymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type> for HostPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Uint64Tensor as PartiallySymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as PartiallySymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Uint64Tensor as PartiallySymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as SymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for HostPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Uint64Tensor as SymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as SymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Uint64Tensor as SymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type> for HostPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Uint64Tensor as PartiallySymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Uint64Tensor as PartiallySymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for HostPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Uint64Tensor as SymbolicType>::Type

impl PlacementArgmax<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Uint64Tensor as SymbolicType>::Type

impl PlacementArgmax<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for HostPlacement

fn argmax(
    &self,
    sess: &SyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed128Tensor
) -> Uint64Tensor

impl PlacementArgmax<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &SyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed128Tensor
) -> Uint64Tensor

impl PlacementArgmax<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for HostPlacement

fn argmax(
    &self,
    sess: &SyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed64Tensor
) -> Uint64Tensor

impl PlacementArgmax<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for ReplicatedPlacement

fn argmax(
    &self,
    sess: &SyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed64Tensor
) -> Uint64Tensor

fn concatenate(
    &self,
    sess: &AsyncSession,
    axis: u32,
    xs: &[Fixed128Tensor ]
) -> Fixed128Tensor

fn concatenate(
    &self,
    sess: &AsyncSession,
    axis: u32,
    xs: &[Fixed64Tensor ]
) -> Fixed64Tensor

fn concatenate(
    &self,
    sess: &SymbolicSession,
    axis: u32,
    xs: &[<Fixed128Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn concatenate(
    &self,
    sess: &SymbolicSession,
    axis: u32,
    xs: &[<Fixed128Tensor as SymbolicType>::Type ]
) -> <Fixed128Tensor as SymbolicType>::Type

fn concatenate(
    &self,
    sess: &SymbolicSession,
    axis: u32,
    xs: &[<Fixed64Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn concatenate(
    &self,
    sess: &SymbolicSession,
    axis: u32,
    xs: &[<Fixed64Tensor as SymbolicType>::Type ]
) -> <Fixed64Tensor as SymbolicType>::Type

fn concatenate(
    &self,
    sess: &SyncSession,
    axis: u32,
    xs: &[Fixed128Tensor ]
) -> Fixed128Tensor

fn concatenate(
    &self,
    sess: &SyncSession,
    axis: u32,
    xs: &[Fixed64Tensor ]
) -> Fixed64Tensor

impl PlacementDecrypt<AsyncSession, AbstractHostAesKey<HostBitArray<HostBitTensor, N128>>, FixedAesTensor<HostFixedAesTensor<HostBitArray<HostBitTensor, N224>>>, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>> for HostPlacement

fn decrypt(
    &self,
    sess: &AsyncSession,
    x0: &HostAesKey,
    x1: &Fixed128AesTensor
) -> Fixed128Tensor

fn decrypt(
    &self,
    sess: &AsyncSession,
    x0: &ReplicatedAesKey,
    x1: &Fixed128AesTensor
) -> Fixed128Tensor

impl PlacementDecrypt<SymbolicSession, <AbstractHostAesKey<HostBitArray<HostBitTensor, N128>> as SymbolicType>::Type, <FixedAesTensor<HostFixedAesTensor<HostBitArray<HostBitTensor, N224>>> as SymbolicType>::Type, <FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as SymbolicType>::Type> for HostPlacement

fn decrypt(
    &self,
    sess: &SymbolicSession,
    x0: &<HostAesKey as SymbolicType>::Type,
    x1: &<Fixed128AesTensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn decrypt(
    &self,
    sess: &SymbolicSession,
    x0: &<ReplicatedAesKey as SymbolicType>::Type,
    x1: &<Fixed128AesTensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

impl PlacementDecrypt<SyncSession, AbstractHostAesKey<HostBitArray<HostBitTensor, N128>>, FixedAesTensor<HostFixedAesTensor<HostBitArray<HostBitTensor, N224>>>, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>> for HostPlacement

fn decrypt(
    &self,
    sess: &SyncSession,
    x0: &HostAesKey,
    x1: &Fixed128AesTensor
) -> Fixed128Tensor

fn decrypt(
    &self,
    sess: &SyncSession,
    x0: &ReplicatedAesKey,
    x1: &Fixed128AesTensor
) -> Fixed128Tensor

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

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

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

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

fn div(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn div(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn div(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn div(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn div(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn div(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn div(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn div(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

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

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

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

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

fn dot(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn dot(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn dot(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn dot(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn dot(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn dot(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn dot(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn dot(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn exp(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn exp(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn exp(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

fn exp(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

fn exp(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn exp(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn expand_dims(
    &self,
    sess: &AsyncSession,
    axis: Vec<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn expand_dims(
    &self,
    sess: &AsyncSession,
    axis: Vec<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn expand_dims(
    &self,
    sess: &AsyncSession,
    axis: Vec<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn expand_dims(
    &self,
    sess: &AsyncSession,
    axis: Vec<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SymbolicSession,
    axis: Vec<usize>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn expand_dims(
    &self,
    sess: &SyncSession,
    axis: Vec<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn expand_dims(
    &self,
    sess: &SyncSession,
    axis: Vec<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn expand_dims(
    &self,
    sess: &SyncSession,
    axis: Vec<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn expand_dims(
    &self,
    sess: &SyncSession,
    axis: Vec<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn fixedpoint_decode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    x0: &Fixed128Tensor
) -> Float64Tensor

fn fixedpoint_decode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    x0: &Fixed128Tensor
) -> Float64Tensor

fn fixedpoint_decode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    x0: &Fixed64Tensor
) -> Float32Tensor

fn fixedpoint_decode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    x0: &Fixed64Tensor
) -> Float32Tensor

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Float64Tensor as PartiallySymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Float64Tensor as PartiallySymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Float64Tensor as SymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Float64Tensor as SymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Float32Tensor as PartiallySymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Float32Tensor as PartiallySymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Float32Tensor as SymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Float32Tensor as SymbolicType>::Type

fn fixedpoint_decode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    x0: &Fixed128Tensor
) -> Float64Tensor

fn fixedpoint_decode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    x0: &Fixed128Tensor
) -> Float64Tensor

fn fixedpoint_decode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    x0: &Fixed64Tensor
) -> Float32Tensor

fn fixedpoint_decode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    x0: &Fixed64Tensor
) -> Float32Tensor

fn fixedpoint_encode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float32Tensor
) -> Fixed64Tensor

fn fixedpoint_encode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float32Tensor
) -> Fixed64Tensor

fn fixedpoint_encode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float64Tensor
) -> Fixed128Tensor

fn fixedpoint_encode(
    &self,
    sess: &AsyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float64Tensor
) -> Fixed128Tensor

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float32Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float32Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float32Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float32Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float64Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float64Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float64Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SymbolicSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &<Float64Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn fixedpoint_encode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float32Tensor
) -> Fixed64Tensor

fn fixedpoint_encode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float32Tensor
) -> Fixed64Tensor

fn fixedpoint_encode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float64Tensor
) -> Fixed128Tensor

fn fixedpoint_encode(
    &self,
    sess: &SyncSession,
    fractional_precision: u32,
    integral_precision: u32,
    x0: &Float64Tensor
) -> Fixed128Tensor

fn greater(
    &self,
    sess: &AsyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &AsyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &AsyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &AsyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn greater(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

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

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

fn greater(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn greater(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

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

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

fn greater(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn greater(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn identity(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn identity(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn identity(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn identity(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn identity(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn identity(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn identity(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn identity(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn identity(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn identity(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn identity(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn identity(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn index_axis(
    &self,
    sess: &AsyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn index_axis(
    &self,
    sess: &AsyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn index_axis(
    &self,
    sess: &AsyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn index_axis(
    &self,
    sess: &AsyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn index_axis(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    index: usize,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn index_axis(
    &self,
    sess: &SyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn index_axis(
    &self,
    sess: &SyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn index_axis(
    &self,
    sess: &SyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn index_axis(
    &self,
    sess: &SyncSession,
    axis: usize,
    index: usize,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn less(
    &self,
    sess: &AsyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &AsyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &AsyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &AsyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn less(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

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

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

fn less(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn less(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

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

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

fn less(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn less(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> BooleanTensor

fn log(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn log(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn log(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

fn log(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

fn log(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn log(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn log2(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn log2(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn log2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn log2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn log2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn log2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn log2(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn log2(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn maximum(&self, sess: &AsyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn maximum(&self, sess: &AsyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn maximum(&self, sess: &AsyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn maximum(&self, sess: &AsyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as SymbolicType>::Type ]
) -> <Fixed128Tensor as SymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed128Tensor as SymbolicType>::Type ]
) -> <Fixed128Tensor as SymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as PartiallySymbolicType>::Type ]
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as SymbolicType>::Type ]
) -> <Fixed64Tensor as SymbolicType>::Type

fn maximum(
    &self,
    sess: &SymbolicSession,
    xs: &[<Fixed64Tensor as SymbolicType>::Type ]
) -> <Fixed64Tensor as SymbolicType>::Type

fn maximum(&self, sess: &SyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn maximum(&self, sess: &SyncSession, xs: &[Fixed128Tensor ]) -> Fixed128Tensor

fn maximum(&self, sess: &SyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn maximum(&self, sess: &SyncSession, xs: &[Fixed64Tensor ]) -> Fixed64Tensor

fn mean(
    &self,
    sess: &AsyncSession,
    axis: Option<u32>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn mean(
    &self,
    sess: &AsyncSession,
    axis: Option<u32>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn mean(
    &self,
    sess: &AsyncSession,
    axis: Option<u32>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn mean(
    &self,
    sess: &AsyncSession,
    axis: Option<u32>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn mean(
    &self,
    sess: &SymbolicSession,
    axis: Option<u32>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn mean(
    &self,
    sess: &SyncSession,
    axis: Option<u32>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn mean(
    &self,
    sess: &SyncSession,
    axis: Option<u32>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn mean(
    &self,
    sess: &SyncSession,
    axis: Option<u32>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn mean(
    &self,
    sess: &SyncSession,
    axis: Option<u32>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

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

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

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

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

fn mul(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn mul(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn mul(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn mul(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn mul(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn mul(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn mul(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn mul(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn mux(
    &self,
    sess: &AsyncSession,
    x0: &BooleanTensor,
    x1: &Fixed128Tensor,
    x2: &Fixed128Tensor
) -> Fixed128Tensor

fn mux(
    &self,
    sess: &AsyncSession,
    x0: &BooleanTensor,
    x1: &Fixed128Tensor,
    x2: &Fixed128Tensor
) -> Fixed128Tensor

fn mux(
    &self,
    sess: &AsyncSession,
    x0: &BooleanTensor,
    x1: &Fixed64Tensor,
    x2: &Fixed64Tensor
) -> Fixed64Tensor

fn mux(
    &self,
    sess: &AsyncSession,
    x0: &BooleanTensor,
    x1: &Fixed64Tensor,
    x2: &Fixed64Tensor
) -> Fixed64Tensor

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x2: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x2: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x2: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x2: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as SymbolicType>::Type,
    x1: &<Fixed128Tensor as SymbolicType>::Type,
    x2: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as SymbolicType>::Type,
    x1: &<Fixed128Tensor as SymbolicType>::Type,
    x2: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as SymbolicType>::Type,
    x1: &<Fixed64Tensor as SymbolicType>::Type,
    x2: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn mux(
    &self,
    sess: &SymbolicSession,
    x0: &<BooleanTensor as SymbolicType>::Type,
    x1: &<Fixed64Tensor as SymbolicType>::Type,
    x2: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn mux(
    &self,
    sess: &SyncSession,
    x0: &BooleanTensor,
    x1: &Fixed128Tensor,
    x2: &Fixed128Tensor
) -> Fixed128Tensor

fn mux(
    &self,
    sess: &SyncSession,
    x0: &BooleanTensor,
    x1: &Fixed128Tensor,
    x2: &Fixed128Tensor
) -> Fixed128Tensor

fn mux(
    &self,
    sess: &SyncSession,
    x0: &BooleanTensor,
    x1: &Fixed64Tensor,
    x2: &Fixed64Tensor
) -> Fixed64Tensor

fn mux(
    &self,
    sess: &SyncSession,
    x0: &BooleanTensor,
    x1: &Fixed64Tensor,
    x2: &Fixed64Tensor
) -> Fixed64Tensor

fn pow2(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn pow2(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn pow2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn pow2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn pow2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn pow2(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn pow2(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn pow2(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn relu(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn relu(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn relu(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

fn relu(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

fn relu(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn relu(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

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

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

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

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

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

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: &<HostShape as SymbolicType>::Type
) -> <Fixed64Tensor 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: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &HostShape
) -> Fixed128Tensor

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

fn reshape(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &HostShape
) -> Fixed64Tensor

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

impl PlacementShape<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, HostShape> for HostPlacement

fn shape(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> HostShape

impl PlacementShape<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, RepShape<HostShape>> for ReplicatedPlacement

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

impl PlacementShape<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, HostShape> for HostPlacement

fn shape(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> HostShape

impl PlacementShape<AsyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, RepShape<HostShape>> for ReplicatedPlacement

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

impl PlacementShape<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as SymbolicType>::Type, <HostShape as SymbolicType>::Type> for HostPlacement

fn shape(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <HostShape as SymbolicType>::Type

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

impl PlacementShape<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type, <HostShape as SymbolicType>::Type> for HostPlacement

fn shape(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <HostShape as SymbolicType>::Type

impl PlacementShape<SymbolicSession, <FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type, <RepShape<HostShape> as SymbolicType>::Type> for ReplicatedPlacement

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

impl PlacementShape<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, HostShape> for HostPlacement

fn shape(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> HostShape

impl PlacementShape<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>>, RepShape<HostShape>> for ReplicatedPlacement

fn shape(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> ReplicatedShape

impl PlacementShape<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, HostShape> for HostPlacement

fn shape(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> HostShape

impl PlacementShape<SyncSession, FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>>, RepShape<HostShape>> for ReplicatedPlacement

fn shape(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> ReplicatedShape

fn sigmoid(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn sigmoid(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn sigmoid(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

fn sigmoid(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

fn sigmoid(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn sigmoid(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn slice(
    &self,
    sess: &AsyncSession,
    slice: SliceInfo,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn slice(
    &self,
    sess: &AsyncSession,
    slice: SliceInfo,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn slice(
    &self,
    sess: &AsyncSession,
    slice: SliceInfo,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn slice(
    &self,
    sess: &AsyncSession,
    slice: SliceInfo,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn slice(
    &self,
    sess: &SymbolicSession,
    slice: SliceInfo,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn slice(
    &self,
    sess: &SyncSession,
    slice: SliceInfo,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn slice(
    &self,
    sess: &SyncSession,
    slice: SliceInfo,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn slice(
    &self,
    sess: &SyncSession,
    slice: SliceInfo,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn slice(
    &self,
    sess: &SyncSession,
    slice: SliceInfo,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn softmax(
    &self,
    sess: &AsyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn softmax(
    &self,
    sess: &AsyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn softmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn softmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn softmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn softmax(
    &self,
    sess: &SymbolicSession,
    axis: usize,
    upmost_index: usize,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn softmax(
    &self,
    sess: &SyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn softmax(
    &self,
    sess: &SyncSession,
    axis: usize,
    upmost_index: usize,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn sqrt(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn sqrt(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn sqrt(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

fn sqrt(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

fn sqrt(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn sqrt(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn squeeze(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn squeeze(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn squeeze(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn squeeze(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn squeeze(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn squeeze(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn squeeze(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn squeeze(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn squeeze(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

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

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

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

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

fn sub(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn sub(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn sub(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn sub(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type,
    x1: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn sub(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn sub(
    &self,
    sess: &SyncSession,
    x0: &Fixed128Tensor,
    x1: &Fixed128Tensor
) -> Fixed128Tensor

fn sub(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn sub(
    &self,
    sess: &SyncSession,
    x0: &Fixed64Tensor,
    x1: &Fixed64Tensor
) -> Fixed64Tensor

fn sum(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn sum(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn sum(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn sum(
    &self,
    sess: &AsyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn sum(
    &self,
    sess: &SymbolicSession,
    axis: Option<usize>,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn sum(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn sum(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn sum(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn sum(
    &self,
    sess: &SyncSession,
    axis: Option<usize>,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn transpose(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn transpose(&self, sess: &AsyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn transpose(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn transpose(&self, sess: &AsyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn transpose(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn transpose(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

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

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

fn transpose(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn transpose(
    &self,
    sess: &SymbolicSession,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

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

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

fn transpose(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn transpose(&self, sess: &SyncSession, x0: &Fixed128Tensor) -> Fixed128Tensor

fn transpose(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn transpose(&self, sess: &SyncSession, x0: &Fixed64Tensor) -> Fixed64Tensor

fn trunc_pr(
    &self,
    sess: &AsyncSession,
    amount: u32,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn trunc_pr(
    &self,
    sess: &AsyncSession,
    amount: u32,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn trunc_pr(
    &self,
    sess: &AsyncSession,
    amount: u32,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn trunc_pr(
    &self,
    sess: &AsyncSession,
    amount: u32,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed128Tensor as PartiallySymbolicType>::Type
) -> <Fixed128Tensor as PartiallySymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed128Tensor as SymbolicType>::Type
) -> <Fixed128Tensor as SymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed64Tensor as PartiallySymbolicType>::Type
) -> <Fixed64Tensor as PartiallySymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SymbolicSession,
    amount: u32,
    x0: &<Fixed64Tensor as SymbolicType>::Type
) -> <Fixed64Tensor as SymbolicType>::Type

fn trunc_pr(
    &self,
    sess: &SyncSession,
    amount: u32,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn trunc_pr(
    &self,
    sess: &SyncSession,
    amount: u32,
    x0: &Fixed128Tensor
) -> Fixed128Tensor

fn trunc_pr(
    &self,
    sess: &SyncSession,
    amount: u32,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

fn trunc_pr(
    &self,
    sess: &SyncSession,
    amount: u32,
    x0: &Fixed64Tensor
) -> Fixed64Tensor

impl<HostFixedT, MirFixedT, RepFixedT> Serialize for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: Serialize,
    MirFixedT: Serialize,
    RepFixedT: Serialize,

fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error> where
S: Serializer,

Serialize this value into the given Serde serializer. Read more

impl TryFrom<<FixedTensor<HostFixedTensor<HostRingTensor<u128>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u128>>>, RepFixedTensor<RepTensor<HostRingTensor<u128>>>> as SymbolicType>::Type> for FixedTensor<<HostFixed128Tensor as SymbolicType>::Type, <Mirrored3Fixed128Tensor as SymbolicType>::Type, <ReplicatedFixed128Tensor as SymbolicType>::Type>

type Error = Error

The type returned in the event of a conversion error.

fn try_from(v: <Fixed128Tensor as SymbolicType>::Type) -> Result<Self>

Performs the conversion.

impl TryFrom<<FixedTensor<HostFixedTensor<HostRingTensor<u64>>, MirFixedTensor<Mir3Tensor<HostRingTensor<u64>>>, RepFixedTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for FixedTensor<<HostFixed64Tensor as SymbolicType>::Type, <Mirrored3Fixed64Tensor as SymbolicType>::Type, <ReplicatedFixed64Tensor as SymbolicType>::Type>

type Error = Error

The type returned in the event of a conversion error.

fn try_from(v: <Fixed64Tensor as SymbolicType>::Type) -> Result<Self>

Performs the conversion.

impl<HostFixedT, MirFixedT, RepFixedT> StructuralPartialEq for FixedTensor<HostFixedT, MirFixedT, RepFixedT>

Auto Trait Implementations

impl<HostFixedT, MirFixedT, RepFixedT> RefUnwindSafe for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: RefUnwindSafe,
    MirFixedT: RefUnwindSafe,
    RepFixedT: RefUnwindSafe,

impl<HostFixedT, MirFixedT, RepFixedT> Send for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: Send,
    MirFixedT: Send,
    RepFixedT: Send,

impl<HostFixedT, MirFixedT, RepFixedT> Sync for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: Sync,
    MirFixedT: Sync,
    RepFixedT: Sync,

impl<HostFixedT, MirFixedT, RepFixedT> Unpin for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: Unpin,
    MirFixedT: Unpin,
    RepFixedT: Unpin,

impl<HostFixedT, MirFixedT, RepFixedT> UnwindSafe for FixedTensor<HostFixedT, MirFixedT, RepFixedT> where
    HostFixedT: UnwindSafe,
    MirFixedT: UnwindSafe,
    RepFixedT: UnwindSafe,

Blanket Implementations

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

fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

impl<'a, T> AsTaggedExplicit<'a> for T where
T: 'a,

fn explicit(self, class: Class, tag: u32) -> TaggedParser<'a, Explicit, Self>

impl<'a, T> AsTaggedImplicit<'a> for T where
T: 'a,

fn implicit(
    self,
    class: Class,
    constructed: bool,
    tag: u32
) -> TaggedParser<'a, Implicit, Self>

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

const: unstable · source

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

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

const: unstable · source

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

Mutably borrows from an owned value. Read more

impl<T> Conv for T

fn conv<T>(self) -> T where
Self: Into<T>,

Converts self into T using Into<T>. Read more

impl<T> FmtForward for T

fn fmt_binary(self) -> FmtBinary<Self> where
Self: Binary,

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

fn fmt_display(self) -> FmtDisplay<Self> where
Self: Display,

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

fn fmt_lower_exp(self) -> FmtLowerExp<Self> where
Self: LowerExp,

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

fn fmt_lower_hex(self) -> FmtLowerHex<Self> where
Self: LowerHex,

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

fn fmt_octal(self) -> FmtOctal<Self> where
Self: Octal,

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

fn fmt_pointer(self) -> FmtPointer<Self> where
Self: Pointer,

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

fn fmt_upper_exp(self) -> FmtUpperExp<Self> where
Self: UpperExp,

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

fn fmt_upper_hex(self) -> FmtUpperHex<Self> where
Self: UpperHex,

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

fn fmt_list(self) -> FmtList<Self> where
&'a Self: for<'a> IntoIterator,

Formats each item in a sequence. Read more

impl<T> From<T> for T

const: unstable · source

fn from(t: T) -> T

Returns the argument unchanged.

impl<T> FutureExt for T

fn with_context(self, otel_cx: Context) -> WithContext<Self>

Attaches the provided Context to this type, returning a WithContext wrapper. Read more

fn with_current_context(self) -> WithContext<Self>

Attaches the current Context to this type, returning a WithContext wrapper. Read more

impl<T> Instrument for T

fn instrument(self, span: Span) -> Instrumented<Self>

Instruments this type with the provided Span, returning an Instrumented wrapper. Read more

fn in_current_span(self) -> Instrumented<Self>

Instruments this type with the current Span, returning an Instrumented wrapper. Read more

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

const: unstable · source

fn into(self) -> U

Calls U::from(self).

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

impl<T> IntoRequest<T> for T

fn into_request(self) -> Request<T>

Wrap the input message T in a tonic::Request

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

fn pipe<R>(self, func: impl FnOnce(Self) -> R) -> R

Pipes by value. This is generally the method you want to use. Read more

fn pipe_ref<'a, R>(&'a self, func: impl FnOnce(&'a Self) -> R) -> R where
R: 'a,

Borrows self and passes that borrow into the pipe function. Read more

fn pipe_ref_mut<'a, R>(&'a mut self, func: impl FnOnce(&'a mut Self) -> R) -> R where
R: 'a,

Mutably borrows self and passes that borrow into the pipe function. Read more

fn pipe_borrow<'a, B, R>(&'a self, func: impl FnOnce(&'a B) -> R) -> R where
    Self: Borrow<B>,
    B: 'a + ?Sized,
    R: 'a,

Borrows self, then passes self.borrow() into the pipe function. Read more

fn pipe_borrow_mut<'a, B, R>(
    &'a mut self,
    func: impl FnOnce(&'a mut B) -> R
) -> R where
    Self: BorrowMut<B>,
    B: 'a + ?Sized,
    R: 'a,

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

fn pipe_as_ref<'a, U, R>(&'a self, func: impl FnOnce(&'a U) -> R) -> R where
    Self: AsRef<U>,
    U: 'a + ?Sized,
    R: 'a,

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

fn pipe_as_mut<'a, U, R>(&'a mut self, func: impl FnOnce(&'a mut U) -> R) -> R where
    Self: AsMut<U>,
    U: 'a + ?Sized,
    R: 'a,

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

fn pipe_deref<'a, T, R>(&'a self, func: impl FnOnce(&'a T) -> R) -> R where
    Self: Deref<Target = T>,
    T: 'a + ?Sized,
    R: 'a,

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

fn pipe_deref_mut<'a, T, R>(
    &'a mut self,
    func: impl FnOnce(&'a mut T) -> R
) -> R where
    Self: DerefMut<Target = T> + Deref,
    T: 'a + ?Sized,
    R: 'a,

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

impl<S, T, P> PlacementPlace<S, Symbolic<T>> for P where
    S: Session,
    T: Placed<Placement = P>,
    P: PlacementPlace<S, T> + Clone + PartialEq<P>,

fn place(&self, sess: &S, x: Symbolic<T>) -> Symbolic<T>

impl<T> Pointable for T

const ALIGN: usize = mem::align_of::()

The alignment of pointer.

type Init = T

The type for initializers.

unsafe fn init(init: <T as Pointable>::Init) -> usize

Initializes a with the given initializer. Read more

unsafe fn deref<'a>(ptr: usize) -> &'a T

Dereferences the given pointer. Read more

unsafe fn deref_mut<'a>(ptr: usize) -> &'a mut T

Mutably dereferences the given pointer. Read more

unsafe fn drop(ptr: usize)

Drops the object pointed to by the given pointer. Read more

impl<T> Same<T> for T

type Output = T

Should always be Self

impl<T> Tap for T

fn tap(self, func: impl FnOnce(&Self)) -> Self

Immutable access to a value. Read more

fn tap_mut(self, func: impl FnOnce(&mut Self)) -> Self

Mutable access to a value. Read more

fn tap_borrow<B>(self, func: impl FnOnce(&B)) -> Self where
Self: Borrow<B>,
B: ?Sized,

Immutable access to the Borrow<B> of a value. Read more

fn tap_borrow_mut<B>(self, func: impl FnOnce(&mut B)) -> Self where
Self: BorrowMut<B>,
B: ?Sized,

Mutable access to the BorrowMut<B> of a value. Read more

fn tap_ref<R>(self, func: impl FnOnce(&R)) -> Self where
Self: AsRef<R>,
R: ?Sized,

Immutable access to the AsRef<R> view of a value. Read more

fn tap_ref_mut<R>(self, func: impl FnOnce(&mut R)) -> Self where
Self: AsMut<R>,
R: ?Sized,

Mutable access to the AsMut<R> view of a value. Read more

fn tap_deref<T>(self, func: impl FnOnce(&T)) -> Self where
Self: Deref<Target = T>,
T: ?Sized,

Immutable access to the Deref::Target of a value. Read more

fn tap_deref_mut<T>(self, func: impl FnOnce(&mut T)) -> Self where
Self: DerefMut<Target = T> + Deref,
T: ?Sized,

Mutable access to the Deref::Target of a value. Read more

fn tap_dbg(self, func: impl FnOnce(&Self)) -> Self

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

fn tap_mut_dbg(self, func: impl FnOnce(&mut Self)) -> Self

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

fn tap_borrow_dbg<B>(self, func: impl FnOnce(&B)) -> Self where
Self: Borrow<B>,
B: ?Sized,

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

fn tap_borrow_mut_dbg<B>(self, func: impl FnOnce(&mut B)) -> Self where
Self: BorrowMut<B>,
B: ?Sized,

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

fn tap_ref_dbg<R>(self, func: impl FnOnce(&R)) -> Self where
Self: AsRef<R>,
R: ?Sized,

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

fn tap_ref_mut_dbg<R>(self, func: impl FnOnce(&mut R)) -> Self where
Self: AsMut<R>,
R: ?Sized,

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

fn tap_deref_dbg<T>(self, func: impl FnOnce(&T)) -> Self where
Self: Deref<Target = T>,
T: ?Sized,

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

fn tap_deref_mut_dbg<T>(self, func: impl FnOnce(&mut T)) -> Self where
Self: DerefMut<Target = T> + Deref,
T: ?Sized,

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

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

type Owned = T

The resulting type after obtaining ownership.

fn to_owned(&self) -> T

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

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

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

impl<T> TryConv for T

fn try_conv<T>(self) -> Result<T, Self::Error> where
Self: TryInto<T>,

Attempts to convert self into T using TryInto<T>. Read more

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

type Error = Infallible

The type returned in the event of a conversion error.

const: unstable · source

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

Performs the conversion.

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

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

The type returned in the event of a conversion error.

const: unstable · source

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

Performs the conversion.

impl<V, T> VZip<V> for T where
V: MultiLane<T>,

fn vzip(self) -> V

impl<T> WithSubscriber for T

fn with_subscriber<S>(self, subscriber: S) -> WithDispatch<Self> where
S: Into<Dispatch>,

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

fn with_current_subscriber(self) -> WithDispatch<Self>

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

impl<T> DeserializeOwned for T where
T: for<'de> Deserialize<'de>,