Documentation des scripts PyxiScience

Contenu

  • Documentation des modules
    • Pour voir les tests unitaires s’afficher dans l’éditeur
    • addition()
    • Calculatrice
      • Calculatrice.multiplier()
      • Calculatrice.subtraction()
    • inverser_chaine()
  • Classes_Extensions
    • pxsl_pow()
    • pxs_Interval
      • pxs_Interval.from_Interval()
      • pxs_Interval.print()
      • pxs_Interval.default_assumptions
    • ReverseString
      • ReverseString.__init__()
    • pxs_Poly
      • pxs_Poly.pxs_generate()
      • pxs_Poly.pxsl_print()
      • pxs_Poly.pxsl_discriminant()
      • pxs_Poly.pxsl_solution()
      • pxs_Poly.pxs_factor()
      • pxs_Poly.rep
      • pxs_Poly.gens
      • pxs_Poly.default_assumptions
      • pxs_Poly.is_commutative
    • pxs_SeqFormula
      • pxs_SeqFormula.pxsl_summation()
      • pxs_SeqFormula.default_assumptions
      • pxs_SeqFormula.is_commutative
    • pxs_Set
      • pxs_Set.__init__()
      • pxs_Set.print()
    • pxs_Plotable
      • pxs_Plotable.__init__()
      • pxs_Plotable.plot()
      • pxs_Plotable.plot_partial()
      • pxs_Plotable.plot_surface()
      • pxs_Plotable.plot_surface_partial()
      • pxs_Plotable.contour()
      • pxs_Plotable.contour_partial()
      • pxs_Plotable.plot_corde()
      • pxs_Plotable.scatter()
  • Classes_in_progress
    • pxs_config()
    • NameManager
      • NameManager.__init__()
      • NameManager.next()
      • NameManager.current()
    • to_add_rest()
    • to_mul_rest()
    • is_simple_linear()
    • is_polynomial_in()
    • pxs_is_reference_function_diff()
    • pxs_is_simple_function_diff()
    • pxs_is_reference_function()
    • pxs_is_simple()
    • pxsl_print()
    • preserve_order_add()
    • split_add_terms()
    • split_mul_terms()
    • narr_header()
    • narr_conclude()
    • should_remove_times()
    • narr_conclude_with_details()
    • narr_deriv_or_recurse()
    • expliquer_derivation()
    • dispatch()
    • pxs_Add
      • pxs_Add.pxsl_print()
      • pxs_Add.pxsl_diff()
      • pxs_Add.default_assumptions
    • pxs_Mul
      • pxs_Mul.pxsl_print()
      • pxs_Mul.pxsl_diff()
      • pxs_Mul.default_assumptions
    • pxs_Pow
      • pxs_Pow.pxsl_diff()
      • pxs_Pow.is_commutative
      • pxs_Pow.default_assumptions
    • pxs_exp
      • pxs_exp.pxsl_diff()
      • pxs_exp.default_assumptions
    • pxs_log
      • pxs_log.pxsl_diff()
      • pxs_log.default_assumptions
    • pxs_sin
      • pxs_sin.default_assumptions
      • pxs_sin.pxsl_diff()
    • pxs_cos
      • pxs_cos.default_assumptions
      • pxs_cos.pxsl_diff()
  • Mes_fctions_d_alg_generale
    • getrandbits()
    • alg_generale()
    • Poly_with_random_coef()
  • Mes_fctions_d_alg_lineaire_bis
    • pxs_config()
    • simplify_plus_minus()
    • pxsl_add()
    • pxs_randint()
    • pxsl_pow()
    • pxsl_matrix()
    • pxsl_mat()
    • pxsl_sum_matrix()
    • pxsl_prod_scalar_matrix()
    • pxsl_prod_matrix()
    • pxs_system_simpl()
    • pxsl_ax()
    • pxsl_double_matrix()
    • pxsl_system_lin()
    • pxsl_lines_op()
    • pxsl_resol_system()
    • pxs_reduce_pgcd()
    • pxs_steps_invert_matrix()
    • pxs_LU_decomposition()
    • pxs_matrix_no_LU()
    • pxsl_print_operations()
    • pxs_commute_matrix()
    • pxsl_pow_matrix()
    • pxs_regroupe_ligne()
    • pxs_compute_ech()
    • pxs_compute_ech_reduite()
    • randmatrixrect()
    • pxs_invertible_matrix()
    • pxs_diag_matrix()
    • pxs_triangular()
    • pxs_construct_RREF()
    • pxs_generate_sys()
    • pxs_repeat_generate_sys()
    • pxs_gauss_jordan()
    • pxs_colinear_rows()
    • pxs_break_colinearity()
    • pxs_break_all_colinear_rows()
    • pxs_zero_column()
    • pxs_determinant()
    • pxs_compute_determinant()
    • pxs_best_line()
    • pxs_expand_determinant()
    • pxs_det_full_expand()
    • pxs_full_expand()
    • pxs_char_poly()
    • pxs_randmatrixrect()
    • pxs_cptrzeros()
    • pxs_matelement()
    • pxs_randmatrixInv()
  • Mes_fctions_d_alg_lineaire
    • getrandbits()
    • prenom()
    • alg_lineaire()
    • diag_tst()
    • nondiago
    • diag_sympy()
    • puissance_exact()
    • mat_element()
    • Cptrzeros()
    • randmatrixrect()
    • randmatrix()
    • randmatrixdiagonale()
    • randmatrixdiagonalesorted()
    • randmatrixdiagonaleinversible()
    • randmatrixInvnew()
    • randmatrixInvnewparpaquet()
    • selectRandom()
    • randmatrixInvnewzerosaleatoire()
    • randdiagomatrixeigvaluesorted()
    • randmatrixInvnewzerosaleatoireparpaquet()
    • EcritureLatexdesmatricesinversiblesainversergroupeespar3()
    • Ecriture()
    • Ecritureavecinverse()
    • trafiquematrice()
    • trafiquematricerestantinversible()
    • standard_basis_vector()
    • Polynomial_of_Matrix()
    • Polynomial_of_Matrix_extended_v_5()
    • Polynomial_of_Matrix_extended_v7()
    • Polynomial_of_Matrix_extended_dec()
    • Polynomial_of_Matrix_extended_inc()
  • Mes_fctions_d_analyse_bis
    • pxsl_par()
    • pxs_explain_IBP()
    • pxsl_final_sentence()
    • pxsl_partial_decomp()
    • pxsl_decomp_sol()
  • Mes_fctions_d_analyse
    • pxs_config()
    • pxsl_par_minus()
    • pxsl_par()
    • pxsl_par_add()
    • pxs_explain_IBP()
  • Mes_fctions_d_ecriture_Latex
    • ecriture_Latex()
    • EcrituredsAlignetoileLatex_one_per_line()
    • EcrituredsAlignetoileLatex_bis()
    • EcrituredsAlignetoileLatex()
    • EcrituredsAlignLatex()
    • Essaiprint()
    • Content()
    • absprpolynome()
    • absprpolynomebis()
    • polycarlatex()
    • Content_pr_python_latex()
    • Content_pr_python_latex_avec_sep()
    • Content_ss_virg()
    • Content_ss_virg_ss_print()
    • Content_avec_sep_de_mon_choix()
    • hspacelatexstr()
    • Latex_Roots_Poly_char()
    • standard_basis_vector()
    • Eigen_Spaces_ds_align_latex()
    • Dim_Eigen_Spaces_ds_align_latex()
    • Eigen_Vectors_ds_align_latex()
    • Liste_de_ts_les_vec_propres()
    • Matrice_Pass_Base_canonique_a_base_de_vect_propres()
    • Linear_Map_from_a_Matrix()
    • Vec_seul()
    • Merge_Lists_Symbol()
    • Merge_Lists_in_Align_etoile_Latex()
    • Ecriture_Poly_en_Latex()
    • Ecriture_Poly_en_Latex_dec()
    • Ecriture_Poly_en_Latex_inc()
    • Ecriture_Poly_en_Latex_v2()
    • Ecriture_Poly_of_Matrix_en_Latex()
    • Ecriture_Poly_of_Matrix_en_Latex_dec()
    • Ecriture_Poly_of_Matrix_en_Latex_inc()
  • Mes_fctions_deterministes
    • deterministes()
    • Namings()
    • Id()
    • powers()
    • indfction()
    • Indicatfction()
    • Indicatfctions()
    • indfction_v_2()
    • indi_l_r()
    • h_l_r()
    • indi_l_r_symb()
    • indfction_v_1()
    • compose()
    • compo()
  • Mes_fctions_generales
    • pxs_round()
  • Mes_fctions_generalistes_bis
    • pxs_Interval
      • pxs_Interval.from_Interval()
      • pxs_Interval.print()
      • pxs_Interval.default_assumptions
    • pxs_config()
    • pxsl_mult()
    • pxsl_symb()
    • pxsl_sign()
    • formater_nombre()
    • pxsl_formater_nombre()
    • pxsl_format_number()
    • latex_avec_formatage()
    • pxsl_latex_avec_formatage()
    • pxsl_latex_with_formatting()
    • latex_coefficient()
    • pxsl_latex_coefficient()
    • to_rational_or_symbol()
    • pxsl_to_rational_or_symbol()
    • resoudre_inequation_generale()
    • pxsl_solve_general_inequality()
    • run_tests_resoudre_inequation_generale()
    • pxsl_latex()
    • pxs_is_reductible_sqrt()
    • pxsl_Rational()
    • pxs_separate_factors()
    • pxs_ln()
    • pxs_is_factorable()
    • pxsl_quotient()
    • pxs_randint()
    • simplify_plus_minus()
    • pxsl_add()
    • pxsl_mul()
    • pxs_nvirgzero()
    • pxsl_res_num()
    • pxsl_num()
  • Mes_fctions_generalistes
    • generalistes()
    • Replace()
    • prog_remplacement_mots_dans_une_liste()
    • Reverse_List()
    • find_min_index()
    • find_max_index()
  • Mes_fctions_probabilistes_bis
    • pxsl_pow()
    • pxs_nvirgzero()
    • pxsl_res_num()
    • pxsl_scalar_product()
    • pxsl_moment()
    • pxsl_law()
    • pxs_simul_law()
    • pxs_fct_finiterv()
    • pxsl_sum_vector()
    • pxs_finiterv()
  • Mes_fctions_probabilistes_new
    • randnbres()
    • randnbresstrictpositifs()
    • Multiple_of_p_in_L()
    • rand_p_proba_a_partir_list()
    • Test_proba_pris_in_list()
    • Poids_d_une_proba_in_list()
    • nor()
    • fctionofafiniteRV()
    • ExpandFiniteRV()
    • ExpandExpFiniteRV()
    • ComputeExpFiniteRV()
    • VarFiniteRV()
    • ComputeExp_p_FiniteRV()
    • randnbresstrictpositifsreel()
  • Mes_fctions_probabilistes
    • probabilistes()
    • randnbres()
    • randnbresstrictpositifs()
    • randnbres_in_L()
    • Multiple_of_p_in_L()
    • rand_p_proba_a_partir_list()
    • Test_proba_pris_in_list()
    • Poids_d_une_proba_in_list()
    • nor()
    • AbsRV()
    • AbsRV_bis()
    • fctionofafiniteRV()
    • ExpandFiniteRV()
    • ExpandExpFiniteRV()
    • ComputeExpFiniteRV()
    • VarFiniteRV()
    • ComputeExp_p_FiniteRV()
    • ExpandFiniteRV_V2()
    • Content_pr_python_latex()
    • randnbresstrictpositifsreel()
  • Mes_fctions_utilitaires
Documentation des scripts PyxiScience
  • Overview: module code

All modules for which code is available

  • Classes_Extensions
  • Classes_in_progress
  • Mes_fctions_d_alg_generale
  • Mes_fctions_d_alg_lineaire
  • Mes_fctions_d_alg_lineaire_bis
  • Mes_fctions_d_analyse
  • Mes_fctions_d_analyse_bis
  • Mes_fctions_d_ecriture_Latex
  • Mes_fctions_deterministes
  • Mes_fctions_generales
  • Mes_fctions_generalistes
  • Mes_fctions_generalistes_bis
  • Mes_fctions_probabilistes
  • Mes_fctions_probabilistes_bis
  • Mes_fctions_probabilistes_new
  • module1
  • module2
  • sympy.core.assumptions

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