Realization of quantum information computing library with matlab code
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中文说明：量子信息计算库。内涵计算量子纠缠等众多matlab程序，也包含很多自建类，如密度矩阵等等，内服详细说明
English Description：
Quantum information computing library. Connotation calculation of quantum entanglement and many other matlab programs, also contains many self built classes, such as density matrix, etc., which are explained in detailQLib_v_1_0
..........\demos
..........\.....\demo_check_entropy_measure_additivity.m
..........\.....\demo_check_SU_over_U_does_span.m
..........\.....\demo_dense_coding.m
..........\.....\demo_dist_measures.m
..........\.....\demo_factoring_of_dm.m
..........\.....\demo_fidelity_vs_dist_trace.m
..........\.....\demo_log_mat_and_prod_gens_for_exponent_decomp.m
..........\.....\demo_negativity_scale.m
..........\.....\demo_reconstructing_param_sep.m
..........\.....\demo_show_SU_decomposition.m
..........\.....\demo_SU_comm.m
..........\.....\demo_SU_param_equiv.m
..........\.....\demo_teleport.m
..........\.....\demo_test_distance_measure.m
..........\.....\demo_werner_measures.m
..........\dm
..........\..\all_bipartition_masks.m
..........\..\all_masks.m
..........\..\a_comm.m
..........\..\cannonize_pure.m
..........\..\comm.m
..........\..\distance
..........\..\........\dist_Bures.m
..........\..\........\dist_Bures_angle.m
..........\..\........\dist_Fubini_Study.m
..........\..\........\dist_Hilbert_Schmidt.m
..........\..\........\dist_KL.m
..........\..\........\dist_KL_CPD.m
..........\..\........\dist_trace.m
..........\..\........\fidelity.m
..........\..\........\Hilbert_Schmidt_norm.m
..........\..\famous
..........\..\......\GHZ.m
..........\..\......\Gisin.m
..........\..\......\rho3.m
..........\..\......\W101.m
..........\..\......\Werner.m
..........\..\gates
..........\..\.....\cnot_gate.m
..........\..\.....\control_gate.m
..........\..\.....\Deutsch_gate.m
..........\..\.....\swap_gate.m
..........\..\gen_desc.m
..........\..\gen_name_desc.m
..........\..\is_cpd_valid.m
..........\..\is_dm_valid.m
..........\..\is_product.m
..........\..\is_pure.m
..........\..\is_pure_valid.m
..........\..\majorization
..........\..\............\is_majorizationally_incompatible.m
..........\..\............\is_majorized_by.m
..........\..\............\is_super_majorized_by.m
..........\..\............\is_weakly_majorized_by.m
..........\..\............\majorization_vector.m
..........\..\normalize_classical.m
..........\..\normalize_dm.m
..........\..\normalize_pure.m
..........\..\no_global_phase.m
..........\..\schmidt_decomp.m
..........\..\shape_shift
..........\..\...........\classical2dm.m
..........\..\...........\dephase_pure.m
..........\..\...........\dm2classical.m
..........\..\...........\dm2pure.m
..........\..\...........\dm2tensor.m
..........\..\...........\exp_rep_for_of_unitary_op.m
..........\..\...........\ipermute_dof_dm.m
..........\..\...........\ipermute_dof_pure.m
..........\..\...........\partial_trace.m
..........\..\...........\partial_trace_cpd.m
..........\..\...........\partial_trace_pure.m
..........\..\...........\partial_transpose.m
..........\..\...........\permute_dof_dm.m
..........\..\...........\permute_dof_pure.m
..........\..\...........\pure2dm.m
..........\..\...........\pure2tensor.m
..........\..\...........\pure_norm.m
..........\..\...........\purify_compact.m
..........\..\...........\purify_full.m
..........\..\...........\reorder_and_merge_dm_dims.m
..........\..\...........\reorder_and_merge_pure_dims.m
..........\..\...........\tensor2dm.m
..........\..\...........\tensor2pure.m
..........\..\trace_norm.m
..........\..\validate_cpd.m
..........\..\validate_dm.m
..........\..\validate_pure.m
..........\entropy_and_entanglement
..........\........................\entanglement
..........\........................\............\concurrence.m
..........\........................\............\concurrence_pure.m
..........\........................\............\entanglement.m
..........\........................\............\entanglement_of_formation.m
..........\........................\............\is_entangled_all_pt.m
..........\........................\............\is_entangled_pt.m
..........\........................\............\logarithmic_negativity.m
..........\........................\............\negativity.m