Enum moose::boolean::BoolTensor

pub enum BoolTensor<HostT, RepT> {
    Host(HostT),
    Replicated(RepT),
}

Expand description

Boolean tensor abstracting over host and replicated values

Variants

Trait Implementations

Returns a copy of the value. Read more

Performs copy-assignment from source. Read more

Formats the value using the given formatter. Read more

Deserialize this value from the given Serde deserializer. Read more

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

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

This method tests for !=.

Serialize this value into the given Serde serializer. Read more

The type returned in the event of a conversion error.

Performs the conversion.

Auto Trait Implementations

Blanket Implementations

Gets the TypeId of self. Read more

Immutably borrows from an owned value. Read more

Mutably borrows from an owned value. Read more

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

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

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

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

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

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

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

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

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

Formats each item in a sequence. Read more

Returns the argument unchanged.

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

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

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

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

Calls U::from(self).

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

Wrap the input message T in a tonic::Request

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

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

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

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

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

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

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

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

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

The alignment of pointer.

The type for initializers.

Initializes a with the given initializer. Read more

Dereferences the given pointer. Read more

Mutably dereferences the given pointer. Read more

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

Should always be Self

Immutable access to a value. Read more

Mutable access to a value. Read more

Immutable access to the Borrow of a value. Read more

Mutable access to the BorrowMut of a value. Read more

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

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

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

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

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

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

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

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

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

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

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

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

The resulting type after obtaining ownership.

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

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

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

The type returned in the event of a conversion error.

Performs the conversion.

The type returned in the event of a conversion error.

Performs the conversion.

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

Enum moose::boolean::BoolTensor

Variants

Host(HostT)

Replicated(RepT)

Trait Implementations

impl CanonicalType for BoolTensor<HostBitTensor, ReplicatedBitTensor>

type Type = BoolTensor<<HostBitTensor as CanonicalType>::Type, <RepTensor<HostBitTensor> as CanonicalType>::Type>

impl CanonicalType for BoolTensor<<HostBitTensor as SymbolicType>::Type, <ReplicatedBitTensor as SymbolicType>::Type>

type Type = BoolTensor<<HostBitTensor as CanonicalType>::Type, <RepTensor<HostBitTensor> as CanonicalType>::Type>

impl<HostT: Clone, RepT: Clone> Clone for BoolTensor<HostT, RepT>

fn clone(&self) -> BoolTensor<HostT, RepT>

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

impl<HostT: Debug, RepT: Debug> Debug for BoolTensor<HostT, RepT>

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

impl<'de, HostT, RepT> Deserialize<'de> for BoolTensor<HostT, RepT> where HostT: Deserialize<'de>, RepT: Deserialize<'de>,

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

impl From<&'_ BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for Value

fn from(x: &BooleanTensor) -> Self

impl From<<BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type> for SymbolicValue

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

impl From<BoolTensor<<HostBitTensor as SymbolicType>::Type, <RepTensor<HostBitTensor> as SymbolicType>::Type>> for <BooleanTensor as SymbolicType>::Type

fn from( x: BoolTensor<<HostBitTensor as SymbolicType>::Type, <ReplicatedBitTensor as SymbolicType>::Type>) -> Self

impl From<BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for Value

fn from(x: BooleanTensor) -> Self

impl<HostT: PartialEq, RepT: PartialEq> PartialEq<BoolTensor<HostT, RepT>> for BoolTensor<HostT, RepT>

fn eq(&self, other: &BoolTensor<HostT, RepT>) -> bool

fn ne(&self, other: &BoolTensor<HostT, RepT>) -> bool

impl PartiallySymbolicType for BoolTensor<HostBitTensor, ReplicatedBitTensor>

type Type = BoolTensor<<HostBitTensor as SymbolicType>::Type, <RepTensor<HostBitTensor> as SymbolicType>::Type>

impl<HostT, RepT> Placed for BoolTensor<HostT, RepT> where HostT: Placed, HostT::Placement: Into<Placement>, RepT: Placed, RepT::Placement: Into<Placement>,

type Placement = Placement

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

impl PlacementCast<AsyncSession, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for HostPlacement

fn cast(&self, sess: &AsyncSession, x0: &Uint64Tensor) -> BooleanTensor

impl PlacementCast<AsyncSession, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for HostPlacement

fn cast(&self, sess: &AsyncSession, x0: &BooleanTensor) -> Uint64Tensor

impl PlacementCast<AsyncSession, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>, FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>>> for HostPlacement

fn cast(&self, sess: &AsyncSession, x0: &BooleanTensor) -> Float32Tensor

impl PlacementCast<AsyncSession, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>, FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>>> for HostPlacement

fn cast(&self, sess: &AsyncSession, x0: &BooleanTensor) -> Float64Tensor

impl PlacementCast<AsyncSession, FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>>, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for HostPlacement

fn cast(&self, sess: &AsyncSession, x0: &Float32Tensor) -> BooleanTensor

impl PlacementCast<AsyncSession, FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>>, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for HostPlacement

fn cast(&self, sess: &AsyncSession, x0: &Float64Tensor) -> BooleanTensor

impl PlacementCast<SymbolicSession, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as PartiallySymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<Uint64Tensor as PartiallySymbolicType>::Type) -> <BooleanTensor as PartiallySymbolicType>::Type

impl PlacementCast<SymbolicSession, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<Uint64Tensor as SymbolicType>::Type) -> <BooleanTensor as SymbolicType>::Type

impl PlacementCast<SymbolicSession, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as PartiallySymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as PartiallySymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<BooleanTensor as PartiallySymbolicType>::Type) -> <Uint64Tensor as PartiallySymbolicType>::Type

impl PlacementCast<SymbolicSession, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as PartiallySymbolicType>::Type, <FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>> as PartiallySymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<BooleanTensor as PartiallySymbolicType>::Type) -> <Float32Tensor as PartiallySymbolicType>::Type

impl PlacementCast<SymbolicSession, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as PartiallySymbolicType>::Type, <FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>> as PartiallySymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<BooleanTensor as PartiallySymbolicType>::Type) -> <Float64Tensor as PartiallySymbolicType>::Type

impl PlacementCast<SymbolicSession, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type, <AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>> as SymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<BooleanTensor as SymbolicType>::Type) -> <Uint64Tensor as SymbolicType>::Type

impl PlacementCast<SymbolicSession, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type, <FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>> as SymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<BooleanTensor as SymbolicType>::Type) -> <Float32Tensor as SymbolicType>::Type

impl PlacementCast<SymbolicSession, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type, <FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>> as SymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<BooleanTensor as SymbolicType>::Type) -> <Float64Tensor as SymbolicType>::Type

impl PlacementCast<SymbolicSession, <FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>> as PartiallySymbolicType>::Type, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as PartiallySymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<Float32Tensor as PartiallySymbolicType>::Type) -> <BooleanTensor as PartiallySymbolicType>::Type

impl PlacementCast<SymbolicSession, <FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>> as SymbolicType>::Type, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<Float32Tensor as SymbolicType>::Type) -> <BooleanTensor as SymbolicType>::Type

impl PlacementCast<SymbolicSession, <FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>> as PartiallySymbolicType>::Type, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as PartiallySymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<Float64Tensor as PartiallySymbolicType>::Type) -> <BooleanTensor as PartiallySymbolicType>::Type

impl PlacementCast<SymbolicSession, <FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>> as SymbolicType>::Type, <BoolTensor<HostBitTensor, RepTensor<HostBitTensor>> as SymbolicType>::Type> for HostPlacement

fn cast( &self, sess: &SymbolicSession, x0: &<Float64Tensor as SymbolicType>::Type) -> <BooleanTensor as SymbolicType>::Type

impl PlacementCast<SyncSession, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for HostPlacement

fn cast(&self, sess: &SyncSession, x0: &Uint64Tensor) -> BooleanTensor

impl PlacementCast<SyncSession, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>, AbstractUint64Tensor<HostTensor<u64>, RepUintTensor<RepTensor<HostRingTensor<u64>>>>> for HostPlacement

fn cast(&self, sess: &SyncSession, x0: &BooleanTensor) -> Uint64Tensor

impl PlacementCast<SyncSession, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>, FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>>> for HostPlacement

fn cast(&self, sess: &SyncSession, x0: &BooleanTensor) -> Float32Tensor

impl PlacementCast<SyncSession, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>, FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>>> for HostPlacement

fn cast(&self, sess: &SyncSession, x0: &BooleanTensor) -> Float64Tensor

impl PlacementCast<SyncSession, FloatTensor<HostTensor<f32>, Mir3Tensor<HostTensor<f32>>>, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for HostPlacement

fn cast(&self, sess: &SyncSession, x0: &Float32Tensor) -> BooleanTensor

impl PlacementCast<SyncSession, FloatTensor<HostTensor<f64>, Mir3Tensor<HostTensor<f64>>>, BoolTensor<HostBitTensor, RepTensor<HostBitTensor>>> for HostPlacement

fn cast(&self, sess: &SyncSession, x0: &Float64Tensor) -> BooleanTensor

`Host(HostT)`

`Replicated(RepT)`

impl<'de, HostT, RepT> Deserialize<'de> for BoolTensor<HostT, RepT> where
HostT: Deserialize<'de>,
RepT: Deserialize<'de>,

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

fn from(
x: BoolTensor<<HostBitTensor as SymbolicType>::Type, <ReplicatedBitTensor as SymbolicType>::Type>
) -> Self

impl<HostT, RepT> Placed for BoolTensor<HostT, RepT> where
HostT: Placed,
HostT::Placement: Into<Placement>,
RepT: Placed,
RepT::Placement: Into<Placement>,

fn cast(
&self,
sess: &SymbolicSession,
x0: &<Uint64Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<Uint64Tensor as SymbolicType>::Type
) -> <BooleanTensor as SymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<BooleanTensor as PartiallySymbolicType>::Type
) -> <Uint64Tensor as PartiallySymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<BooleanTensor as PartiallySymbolicType>::Type
) -> <Float32Tensor as PartiallySymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<BooleanTensor as PartiallySymbolicType>::Type
) -> <Float64Tensor as PartiallySymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<BooleanTensor as SymbolicType>::Type
) -> <Uint64Tensor as SymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<BooleanTensor as SymbolicType>::Type
) -> <Float32Tensor as SymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<BooleanTensor as SymbolicType>::Type
) -> <Float64Tensor as SymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<Float32Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<Float32Tensor as SymbolicType>::Type
) -> <BooleanTensor as SymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<Float64Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn cast(
&self,
sess: &SymbolicSession,
x0: &<Float64Tensor as SymbolicType>::Type
) -> <BooleanTensor as SymbolicType>::Type

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

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

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

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

fn constant(
&self,
sess: &SymbolicSession,
value: Constant
) -> <BooleanTensor as PartiallySymbolicType>::Type

fn constant(
&self,
sess: &SymbolicSession,
value: Constant
) -> <BooleanTensor as SymbolicType>::Type

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

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

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

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

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

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

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

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

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: &AsyncSession,
x0: &Float32Tensor,
x1: &Float32Tensor
) -> BooleanTensor

fn greater(
&self,
sess: &AsyncSession,
x0: &Float64Tensor,
x1: &Float64Tensor
) -> 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: &SymbolicSession,
x0: &<Float32Tensor as PartiallySymbolicType>::Type,
x1: &<Float32Tensor as PartiallySymbolicType>::Type
) -> <BooleanTensor as PartiallySymbolicType>::Type