ArmNN
 25.11
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ElementwiseFunction.hpp
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1//
2// Copyright © 2017 Arm Ltd. All rights reserved.
3// SPDX-License-Identifier: MIT
4//
5
6#pragma once
7
8#include "BaseIterator.hpp"
9#include <armnn/Tensor.hpp>
10
11namespace armnn
12{
13
14template <typename Functor>
16{
17 using OutType = typename Functor::result_type;
18 using InType = typename Functor::first_argument_type;
19
21 const TensorShape& inShape1,
22 const TensorShape& outShape,
23 Decoder<InType>& inData0,
24 Decoder<InType>& inData1,
25 Encoder<OutType>& outData);
26};
27
28template <typename Functor>
30{
31 using OutType = typename Functor::result_type;
32 using InType = typename Functor::argument_type;
33
35 const TensorShape& outShape,
36 Decoder<InType>& inData,
37 Encoder<OutType>& outData);
38};
39
40template <typename Functor>
42{
43 using OutType = bool;
44 using InType = bool;
45
46 LogicalBinaryFunction(const TensorShape& inShape0,
47 const TensorShape& inShape1,
48 const TensorShape& outShape,
49 Decoder<InType>& inData0,
50 Decoder<InType>& inData1,
51 Encoder<OutType>& outData);
52};
53
54template <typename Functor>
56{
57 using OutType = bool;
58 using InType = bool;
59
60 LogicalUnaryFunction(const TensorShape& inShape,
61 const TensorShape& outShape,
62 Decoder<InType>& inData,
63 Encoder<OutType>& outData);
64};
65
66} //namespace armnn
Copyright (c) 2021 ARM Limited and Contributors.
ElementwiseBinaryFunction(const TensorShape &inShape0, const TensorShape &inShape1, const TensorShape &outShape, Decoder< InType > &inData0, Decoder< InType > &inData1, Encoder< OutType > &outData)
typename Functor::first_argument_type InType
typename Functor::result_type OutType
typename Functor::argument_type InType
ElementwiseUnaryFunction(const TensorShape &inShape, const TensorShape &outShape, Decoder< InType > &inData, Encoder< OutType > &outData)
typename Functor::result_type OutType
LogicalBinaryFunction(const TensorShape &inShape0, const TensorShape &inShape1, const TensorShape &outShape, Decoder< InType > &inData0, Decoder< InType > &inData1, Encoder< OutType > &outData)
LogicalUnaryFunction(const TensorShape &inShape, const TensorShape &outShape, Decoder< InType > &inData, Encoder< OutType > &outData)