Enum NumericOperationIr 

pub enum NumericOperationIr {
    Add(BinaryOpIr),
    AddScalar(ScalarOpIr),
    Sub(BinaryOpIr),
    SubScalar(ScalarOpIr),
    Div(BinaryOpIr),
    DivScalar(ScalarOpIr),
    Rem(BinaryOpIr),
    RemScalar(ScalarOpIr),
    Mul(BinaryOpIr),
    MulScalar(ScalarOpIr),
    Abs(UnaryOpIr),
    Full(FullOpIr),
    MeanDim(ReduceDimOpIr),
    Mean(ReduceOpIr),
    Sum(ReduceOpIr),
    SumDim(ReduceDimOpIr),
    Prod(ReduceOpIr),
    ProdDim(ReduceDimOpIr),
    Greater(BinaryOpIr),
    GreaterElem(ScalarOpIr),
    GreaterEqual(BinaryOpIr),
    GreaterEqualElem(ScalarOpIr),
    Lower(BinaryOpIr),
    LowerElem(ScalarOpIr),
    LowerEqual(BinaryOpIr),
    LowerEqualElem(ScalarOpIr),
    ArgMax(ReduceDimOpIr),
    ArgMin(ReduceDimOpIr),
    Max(ReduceOpIr),
    MaxDimWithIndices(ReduceDimWithIndicesOpIr),
    MinDimWithIndices(ReduceDimWithIndicesOpIr),
    Min(ReduceOpIr),
    MaxDim(ReduceDimOpIr),
    MinDim(ReduceDimOpIr),
    MaxAbs(ReduceOpIr),
    MaxAbsDim(ReduceDimOpIr),
    Clamp(ClampOpIr),
    IntRandom(RandomOpIr),
    Powf(BinaryOpIr),
    CumSum(DimOpIr),
    CumProd(DimOpIr),
    CumMin(DimOpIr),
    CumMax(DimOpIr),
}

Numeric operations on int and float tensors.

Variants

Add(BinaryOpIr)

Operation corresponding to:

Float => add. Int => add.

AddScalar(ScalarOpIr)

Operation corresponding to:

Float => add scalar. Int => add scalar.

Sub(BinaryOpIr)

Operation corresponding to:

Float => sub. Int => sub.

SubScalar(ScalarOpIr)

Operation corresponding to:

Float => sub scalar. Int => sub scalar.

Div(BinaryOpIr)

Operation corresponding to:

Float => div. Int => div.

DivScalar(ScalarOpIr)

Operation corresponding to:

Float => div scalar. Int => div scalar.

Rem(BinaryOpIr)

Operation corresponding to:

Float => rem. Int => rem.

RemScalar(ScalarOpIr)

Operation corresponding to:

Float => rem scalar. Int => rem scalar.

Mul(BinaryOpIr)

Operation corresponding to:

Float => mul. Int => mul.

MulScalar(ScalarOpIr)

Operation corresponding to:

Float => mul scalar. Int => mul scalar.

Abs(UnaryOpIr)

Operation corresponding to:

Float => abs. Int => abs.

Full(FullOpIr)

Operation corresponding to:

Float => full. Int => full.

MeanDim(ReduceDimOpIr)

Operation corresponding to:

Float => mean dim. Int => mean dim.

Mean(ReduceOpIr)

Operation corresponding to:

Float => mean. Int => mean.

Sum(ReduceOpIr)

Operation corresponding to:

Float => sum. Int => sum.

SumDim(ReduceDimOpIr)

Operation corresponding to:

Float => sum dim. Int => sum dim.

Prod(ReduceOpIr)

Operation corresponding to:

Float => prod. Int => prod.

ProdDim(ReduceDimOpIr)

Operation corresponding to:

Float => prod dim. Int => prod dim.

Greater(BinaryOpIr)

Operation corresponding to:

Float => greater. Int => greater.

GreaterElem(ScalarOpIr)

Operation corresponding to:

Float => greater elem. Int => greater elem.

GreaterEqual(BinaryOpIr)

Operation corresponding to:

Float => greater equal. Int => greater elem.

GreaterEqualElem(ScalarOpIr)

Operation corresponding to:

Float => greater equal elem. Int => greater equal elem.

Lower(BinaryOpIr)

Operation corresponding to:

Float => lower. Int => lower.

LowerElem(ScalarOpIr)

Operation corresponding to:

Float => lower elem. Int => lower elem.

LowerEqual(BinaryOpIr)

Operation corresponding to:

Float => lower equal. Int => lower equal.

LowerEqualElem(ScalarOpIr)

Operation corresponding to:

Float => lower equal elem. Int => lower equal elem.

ArgMax(ReduceDimOpIr)

Operation corresponding to:

Float => argmax. Int => argmax.

ArgMin(ReduceDimOpIr)

Operation corresponding to:

Float => argmin. Int => argmin.

Max(ReduceOpIr)

Operation corresponding to:

Float => max. Int => max.

MaxDimWithIndices(ReduceDimWithIndicesOpIr)

Operation corresponding to:

Float => max dim with indices. Int => max dim with indices.

MinDimWithIndices(ReduceDimWithIndicesOpIr)

Operation corresponding to:

Float => min dim with indices. Int => min dim with indices.

Min(ReduceOpIr)

Operation corresponding to:

Float => min. Int => min.

MaxDim(ReduceDimOpIr)

Operation corresponding to:

Float => max dim. Int => max dim.

MinDim(ReduceDimOpIr)

Operation corresponding to:

Float => min dim. Int => min dim.

MaxAbs(ReduceOpIr)

Operation corresponding to:

Float => max_abs. Int => max_abs.

MaxAbsDim(ReduceDimOpIr)

Operation corresponding to:

Float => max_abs dim. Int => max_abs dim.

Clamp(ClampOpIr)

Operation corresponding to:

Float => clamp. Int => clamp.

IntRandom(RandomOpIr)

Operation corresponding to:

Int => random.

Powf(BinaryOpIr)

Operation corresponding to:

Float => powf. Int => powf.

CumSum(DimOpIr)

Operation corresponding to:

Float => cumsum. Int => cumsum.

CumProd(DimOpIr)

Operation corresponding to:

Float => cumprod. Int => cumprod.

CumMin(DimOpIr)

Operation corresponding to:

Float => cummin. Int => cummin.

CumMax(DimOpIr)

Operation corresponding to:

Float => cummax. Int => cummax.

Trait Implementations

impl Clone for NumericOperationIr

fn clone(&self) -> NumericOperationIr

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for NumericOperationIr

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

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for NumericOperationIr

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Hash for NumericOperationIr

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for NumericOperationIr

fn eq(&self, other: &NumericOperationIr) -> bool

Tests for self and other values to be equal, and is used by ==.

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

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

impl Serialize for NumericOperationIr

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl StructuralPartialEq for NumericOperationIr