Skip to content

tenzr::SliceNode

View of an operand restricted by per-axis slice bounds.

#include <node.h>

Inherits from tenzr::Node, std::enable_shared_from_this< Node >

Public Functions

Name
SliceNode(std::shared_ptr< Node > input, std::vector< Slice > slices)
virtual std::string OpName() const override
StableHLO-style name of this node's operation.
const std::shared_ptr< Node > & Input() const
const std::vector< Slice > & Slices() const
The per-axis slice bounds.

Additional inherited members

Public Functions inherited from tenzr::Node

Name
Node(NodeKind kind, Shape shape, DType dtype, ShardingSpec sharding =ShardingSpec::Replicated())
virtual ~Node() =default
NodeKind Kind() const
The node's operation kind.
const Shape & shape() const
The node's output shape.
DType Dtype() const
The node's output dtype.
const ShardingSpec & Sharding() const
The node's sharding spec.
void SetSharding(ShardingSpec spec)
Replace the sharding spec.
const StridedLayout & Layout() const
The node's strided layout.
void SetLayout(StridedLayout layout)
Replace the layout.
const std::vector< std::shared_ptr< Node > > & Inputs() const
The node's input operands.
uint64_t Id() const
The node's unique id.

Protected Functions inherited from tenzr::Node

Name
uint64_t NextId()

Protected Attributes inherited from tenzr::Node

Name
NodeKind kind_
Shape shape_
DType dtype_
ShardingSpec sharding_
StridedLayout layout_
std::vector< std::shared_ptr< Node > > inputs_
uint64_t id_

Public Functions Documentation

function SliceNode

SliceNode(
    std::shared_ptr< Node > input,
    std::vector< Slice > slices
)

Parameters:

  • input Input node.
  • slices Per-dimension slices.

Create a strided-slice node, inferring the sliced shape.

function OpName

inline virtual std::string OpName() const override

StableHLO-style name of this node's operation.

Reimplements: tenzr::Node::OpName

function Input

inline const std::shared_ptr< Node > & Input() const

function Slices

inline const std::vector< Slice > & Slices() const

The per-axis slice bounds.