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typedef tensor3< I1, I2, I3, T > | t3_type |
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typedef vector< R, T > | lambda_type |
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typedef matrix< I1, R, T > | u1_type |
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typedef matrix< I2, R, T > | u2_type |
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typedef matrix< I3, R, T > | u3_type |
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typedef matrix< R, I1, T > | u1_inv_type |
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typedef matrix< R, I2, T > | u2_inv_type |
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typedef matrix< R, I3, T > | u3_inv_type |
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typedef matrix< I1, I2 *I3, T > | u1_unfolded_type |
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typedef matrix< I2, I1 *I3, T > | u2_unfolded_type |
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typedef matrix< I3, I1 *I2, T > | u3_unfolded_type |
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typedef matrix< R, R, T > | m_r2_type |
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typedef lambda_type::iterator | lvalue_iterator |
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typedef lambda_type::const_iterator | lvalue_const_iterator |
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typedef std::pair< T, size_t > | lambda_pair_type |
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static void | optimize_mode1 (const t3_type &data_, u1_type &u1, const u2_type &u2_, const u3_type &u3_, lambda_type &lambdas_) |
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static void | optimize_mode2 (const t3_type &data_, const u1_type &u1_, u2_type &u2_, const u3_type &u3_, lambda_type &lambdas_) |
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static void | optimize_mode3 (const t3_type &data_, const u1_type &u1_, const u2_type &u2_, u3_type &u3_, lambda_type &lambdas_) |
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template<size_t J, size_t K, size_t L> |
static void | optimize (const matrix< J, K *L, T > &unfolding_, matrix< J, R, T > &uj_, const matrix< K, R, T > &uk_, const matrix< L, R, T > &ul_, vector< R, T > &lambdas_) |
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static void | sort_dec (u1_type &u1_, u2_type &u2_, u3_type &u3_, lambda_type &lambdas_) |
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template<size_t R, size_t I1, size_t I2, size_t I3, typename T = float>
class vmml::t3_hopm< R, I1, I2, I3, T >
Definition at line 61 of file t3_hopm.hpp.