abs align_right alignment_bytes blend blend_above blend_at blend_below blend_from_to broadcast broadcast broadcast_across_lanes broadcast_element_sum compare_all_equal compare_all_greater compare_all_greater_equal compare_all_less compare_all_less_equal compare_all_true compare_in_sequence_equal compare_in_sequence_greater compare_in_sequence_greater_equal compare_in_sequence_less compare_in_sequence_less_equal compare_in_sequence_true compare_selected_equal compare_selected_greater compare_selected_greater_equal compare_selected_less compare_selected_less_equal compare_selected_true copy_sign DoublePrecisionVectorRegister element_sum element_sum_first_n ElementType exchange FloatAVXRegister FloatSSERegister FloatVectorRegister get get insert IntegerVectorRegister is_avx_register is_double_precision is_float_register is_integer_register is_m128 is_m128d is_m128i is_m256 is_m256d is_m256i is_memory_zero is_multi_lane is_single_precision is_sse_register is_vector_register mm_add mm_and mm_andnot mm_blend mm_broadcast mm_cast_fi mm_cast_if mm_cmp_eq mm_cmp_ge mm_cmp_gt mm_cmp_le mm_cmp_lt mm_cvt_float mm_fmadd mm_fmsub mm_load mm_movemask_epi8 mm_mul mm_or mm_permute mm_permute2f128 mm_set1 mm_setr mm_setzero mm_shuffle mm_store mm_sub mm_xor negate_all negate_selected num_elements num_lane_elements num_lanes permute permute_across_lanes permute_lanes set set shuffle shuffle_lanes SinglePrecisionVectorRegister swap swap_lanes swap_lanes_if VectorRegister

mm_permute2f128() auto mm_permute2f128 ( T_RegisterType  a, T_RegisterType  b  ) -> T_RegisterType inlinenoexcept Shuffle 128-bits lanes selected by t_mask from a and b, and return the results in a new register. Template Parameters t_mask An integer value used as control mask. Consult the intel intrinsics guide for further information. Note that this library provides template functions in permute.h to apply the correct mask for each use-case. T_RegisterType The register type Parameters [in] a First register [in] b Second register Returns Register with permuted 128 bit lanes values