CRTP class to inject functions testing values of the expressions.
More...
#include <value_testable.hpp>
Inherited by etl::base_temporary_expr< batch_embedding_gradients_expr< A, B, C >, true >, etl::base_temporary_expr< batch_embedding_lookup_expr< A, B >, true >, etl::base_temporary_expr< batch_k_minus_scale_expr< A, B, C >, true >, etl::base_temporary_expr< batch_k_scale_expr< A, B >, true >, etl::base_temporary_expr< batch_k_scale_plus_expr< A, B, C >, true >, etl::base_temporary_expr< batch_outer_product_expr< A, B >, true >, etl::base_temporary_expr< batch_softmax_expr< A, Stable >, true >, etl::base_temporary_expr< bias_add_2d_expr< A, B >, true >, etl::base_temporary_expr< bias_add_4d_expr< A, B >, true >, etl::base_temporary_expr< bias_batch_mean_2d_expr< A, Mean >, true >, etl::base_temporary_expr< bias_batch_mean_4d_expr< A, Mean >, true >, etl::base_temporary_expr< bias_batch_var_2d_expr< A, B >, true >, etl::base_temporary_expr< bias_batch_var_4d_expr< A, B >, true >, etl::base_temporary_expr< conv_1d_full_expr< A, B >, true >, etl::base_temporary_expr< conv_1d_same_expr< A, B >, true >, etl::base_temporary_expr< conv_1d_valid_expr< A, B >, true >, etl::base_temporary_expr< conv_2d_backward_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_2d_full_deep_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_2d_full_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_2d_full_multi_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_2d_same_deep_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_2d_same_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_2d_same_multi_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_2d_valid_deep_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_2d_valid_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_2d_valid_multi_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_2d_valid_multi_multi_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_4d_backward_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_4d_backward_filter_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_4d_full_expr< A, B, Flipped >, true >, etl::base_temporary_expr< conv_4d_valid_back_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_4d_valid_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< conv_4d_valid_filter_expr< A, B, S1, S2, P1, P2, Flipped >, true >, etl::base_temporary_expr< convmtx_2d_expr< A, K1, K2 >, true >, etl::base_temporary_expr< dyn_conv_2d_backward_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_2d_valid_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_2d_valid_multi_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_2d_valid_multi_multi_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_4d_backward_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_4d_backward_filter_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_4d_valid_back_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_4d_valid_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_conv_4d_valid_filter_expr< A, B, Flipped >, true >, etl::base_temporary_expr< dyn_pool_2d_expr< A, Impl >, Fast >, etl::base_temporary_expr< dyn_pool_3d_expr< A, Impl >, true >, etl::base_temporary_expr< dyn_pool_derivative_expr< A, B, Impl >, true >, etl::base_temporary_expr< dyn_pool_upsample_2d_expr< A, B, C, Max >, true >, etl::base_temporary_expr< dyn_pool_upsample_3d_expr< A, B, C, Max >, true >, etl::base_temporary_expr< dyn_prob_pool_2d_expr< A >, Fast >, etl::base_temporary_expr< dyn_upsample_2d_expr< A >, Fast >, etl::base_temporary_expr< dyn_upsample_3d_expr< A >, true >, etl::base_temporary_expr< embedding_gradients_expr< A, B, C >, true >, etl::base_temporary_expr< embedding_lookup_expr< A, B >, true >, etl::base_temporary_expr< fft_expr< A, T, Impl >, true >, etl::base_temporary_expr< gemm_expr< A, B, Strassen >, true >, etl::base_temporary_expr< gemv_expr< A, B >, true >, etl::base_temporary_expr< gevm_expr< A, B >, true >, etl::base_temporary_expr< inv_expr< A >, true >, etl::base_temporary_expr< outer_product_expr< A, B >, true >, etl::base_temporary_expr< pool_2d_expr< A, C1, C2, S1, S2, P1, P2, Impl >, true >, etl::base_temporary_expr< pool_3d_expr< A, C1, C2, C3, S1, S2, S3, P1, P2, P3, Impl >, true >, etl::base_temporary_expr< pool_derivative_expr< A, B, C1, C2, C3, S1, S2, S3, P1, P2, P3, Impl >, true >, etl::base_temporary_expr< pool_upsample_2d_expr< A, B, C, C1, C2, S1, S2, P1, P2, Max >, true >, etl::base_temporary_expr< pool_upsample_3d_expr< A, B, C, C1, C2, C3, Max >, true >, etl::base_temporary_expr< prob_pool_2d_expr< A, C1, C2 >, true >, etl::base_temporary_expr< transpose_expr< A >, true >, etl::base_temporary_expr< transpose_front_expr< A >, true >, etl::base_temporary_expr< upsample_2d_expr< A, C1, C2, S1, S2, P1, P2 >, true >, etl::base_temporary_expr< upsample_3d_expr< A, C1, C2, C3 >, true >, and etl::base_temporary_expr< D, Fast >.
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| derived_t & | as_derived () noexcept |
| | Returns a reference to the derived object, i.e. the object using the CRTP injector. More...
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| const derived_t & | as_derived () const noexcept |
| | Returns a reference to the derived object, i.e. the object using the CRTP injector. More...
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| bool | is_finite () const noexcept |
| | Indicates if the expression contains only finite values. More...
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| bool | is_zero () const noexcept |
| | Indicates if the expression contains only zero values. More...
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| bool | is_diagonal () const noexcept |
| | Indicates if the expression is diagonal. More...
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| bool | is_uniform () const noexcept |
| | Indicates if the expression is uniform, i.e. all elements are of the same value. More...
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template<typename D>
struct etl::value_testable< D >
CRTP class to inject functions testing values of the expressions.
This CRTP class injects test for is_finite and is_zero.
◆ as_derived() [1/2]
Returns a reference to the derived object, i.e. the object using the CRTP injector.
- Returns
- a reference to the derived object.
◆ as_derived() [2/2]
Returns a reference to the derived object, i.e. the object using the CRTP injector.
- Returns
- a reference to the derived object.
◆ is_diagonal()
Indicates if the expression is diagonal.
- Returns
- true if the expression is diagonal, false otherwise.
◆ is_finite()
Indicates if the expression contains only finite values.
- Returns
- true if the sequence only contains finite values, false otherwise.
◆ is_uniform()
Indicates if the expression is uniform, i.e. all elements are of the same value.
- Returns
- true if the expression is uniform, false otherwise.
◆ is_zero()
Indicates if the expression contains only zero values.
- Returns
- true if the sequence only contains zero values, false otherwise.
The documentation for this struct was generated from the following file: