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5fd5074a0b
Eigen::Ref is a common way to pass eigen dense types without needing a template, e.g. the single definition `void func(Eigen::Ref<Eigen::MatrixXd> x)` can be called with any double matrix-like object. The current pybind11 eigen support fails with internal errors if attempting to bind a function with an Eigen::Ref<...> argument because Eigen::Ref<...> satisfies the "is_eigen_dense" requirement, but can't compile if actually used: Eigen::Ref<...> itself is not default constructible, and so the argument std::tuple containing an Eigen::Ref<...> isn't constructible, which results in compilation failure. This commit adds support for Eigen::Ref<...> by giving it its own type_caster implementation which consists of an internal type_caster of the referenced type, load/cast methods that dispatch to the internal type_caster, and a unique_ptr to an Eigen::Ref<> instance that gets set during load(). There is, of course, no performance advantage for pybind11-using code of using Eigen::Ref<...>--we are allocating a matrix of the derived type when loading it--but this has the advantage of allowing pybind11 to bind transparently to C++ methods taking Eigen::Refs.
36 lines
658 B
Plaintext
36 lines
658 B
Plaintext
should_give_NOT_OK = NOT OK
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fixed_r = OK
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fixed_c = OK
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pt_r(fixed_r) = OK
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pt_c(fixed_c) = OK
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pt_r(fixed_c) = OK
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pt_c(fixed_r) = OK
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dense_r = OK
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dense_c = OK
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pt_r(dense_r) = OK
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pt_c(dense_c) = OK
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pt_r(dense_c) = OK
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pt_c(dense_r) = OK
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sparse_r = OK
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sparse_c = OK
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pt_r(sparse_r) = OK
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pt_c(sparse_c) = OK
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pt_r(sparse_c) = OK
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pt_c(sparse_r) = OK
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double_row(first_row) = OK
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double_col(first_row) = OK
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double_row(first_col) = OK
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double_col(first_col) = OK
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double_mat_cm(0) = OK
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double_mat_rm(0) = OK
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double_mat_cm(1) = OK
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double_mat_rm(1) = OK
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double_mat_cm(2) = OK
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double_mat_rm(2) = OK
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cholesky1 OK
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cholesky2 OK
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cholesky3 OK
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cholesky4 OK
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cholesky5 OK
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cholesky6 OK
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