| step type | requirements | statement |
0 | instantiation | 1, 2, 3 | ⊢ |
| : , : , : |
1 | axiom | | ⊢ |
| proveit.logic.equality.equals_transitivity |
2 | instantiation | 4, 5 | ⊢ |
| : , : , : |
3 | instantiation | 16, 6 | ⊢ |
| : , : |
4 | axiom | | ⊢ |
| proveit.logic.equality.substitution |
5 | modus ponens | 7, 8 | ⊢ |
6 | instantiation | 9, 78, 10 | ⊢ |
| : , : |
7 | instantiation | 11, 106 | ⊢ |
| : , : , : , : , : , : , : |
8 | generalization | 12 | ⊢ |
9 | modus ponens | 13, 14 | ⊢ |
10 | instantiation | 127, 55, 15 | ⊢ |
| : , : , : |
11 | theorem | | ⊢ |
| proveit.core_expr_types.lambda_maps.general_lambda_substitution |
12 | instantiation | 16, 17 | , ⊢ |
| : , : |
13 | instantiation | 18, 119, 106, 77 | ⊢ |
| : , : , : , : , : , : |
14 | generalization | 19 | ⊢ |
15 | instantiation | 32, 38, 20, 21 | ⊢ |
| : , : |
16 | theorem | | ⊢ |
| proveit.logic.equality.equals_reversal |
17 | instantiation | 22, 31, 23, 41, 24* | , ⊢ |
| : , : , : , : |
18 | theorem | | ⊢ |
| proveit.numbers.multiplication.distribute_through_summation |
19 | instantiation | 127, 55, 25 | , ⊢ |
| : , : , : |
20 | instantiation | 127, 65, 26 | ⊢ |
| : , : , : |
21 | instantiation | 27, 50 | ⊢ |
| : |
22 | theorem | | ⊢ |
| proveit.numbers.division.prod_of_fracs |
23 | instantiation | 127, 28, 29 | ⊢ |
| : , : , : |
24 | instantiation | 30, 31 | ⊢ |
| : |
25 | instantiation | 32, 38, 33, 34 | , ⊢ |
| : , : |
26 | instantiation | 127, 72, 35 | ⊢ |
| : , : , : |
27 | theorem | | ⊢ |
| proveit.numbers.number_sets.natural_numbers.nonzero_if_is_nat_pos |
28 | theorem | | ⊢ |
| proveit.numbers.number_sets.complex_numbers.real_nonzero_within_complex_nonzero |
29 | instantiation | 127, 36, 37 | ⊢ |
| : , : , : |
30 | theorem | | ⊢ |
| proveit.numbers.multiplication.elim_one_left |
31 | instantiation | 127, 55, 38 | ⊢ |
| : , : , : |
32 | theorem | | ⊢ |
| proveit.numbers.division.div_real_closure |
33 | instantiation | 39, 56, 129 | , ⊢ |
| : , : |
34 | instantiation | 40, 41 | , ⊢ |
| : |
35 | instantiation | 127, 128, 42 | ⊢ |
| : , : , : |
36 | theorem | | ⊢ |
| proveit.numbers.number_sets.real_numbers.rational_nonzero_within_real_nonzero |
37 | instantiation | 127, 43, 44 | ⊢ |
| : , : , : |
38 | instantiation | 127, 65, 45 | ⊢ |
| : , : , : |
39 | theorem | | ⊢ |
| proveit.numbers.exponentiation.exp_real_closure_nat_power |
40 | theorem | | ⊢ |
| proveit.numbers.number_sets.complex_numbers.nonzero_if_in_complex_nonzero |
41 | instantiation | 46, 47, 48 | , ⊢ |
| : , : |
42 | theorem | | ⊢ |
| proveit.numbers.numerals.decimals.nat4 |
43 | theorem | | ⊢ |
| proveit.numbers.number_sets.rational_numbers.nonzero_int_within_rational_nonzero |
44 | instantiation | 127, 49, 50 | ⊢ |
| : , : , : |
45 | instantiation | 127, 72, 116 | ⊢ |
| : , : , : |
46 | theorem | | ⊢ |
| proveit.numbers.exponentiation.exp_complex_nonzero_closure |
47 | instantiation | 51, 52, 53 | , ⊢ |
| : |
48 | instantiation | 127, 55, 54 | ⊢ |
| : , : , : |
49 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.nat_pos_within_nonzero_int |
50 | theorem | | ⊢ |
| proveit.numbers.numerals.decimals.posnat4 |
51 | theorem | | ⊢ |
| proveit.numbers.number_sets.complex_numbers.nonzero_complex_is_complex_nonzero |
52 | instantiation | 127, 55, 56 | , ⊢ |
| : , : , : |
53 | instantiation | 57, 58 | , ⊢ |
| : , : |
54 | instantiation | 127, 65, 59 | ⊢ |
| : , : , : |
55 | theorem | | ⊢ |
| proveit.numbers.number_sets.complex_numbers.real_within_complex |
56 | instantiation | 60, 61, 62 | , ⊢ |
| : , : |
57 | theorem | | ⊢ |
| proveit.numbers.addition.subtraction.nonzero_difference_if_different |
58 | instantiation | 63, 64 | , ⊢ |
| : , : |
59 | instantiation | 127, 72, 126 | ⊢ |
| : , : , : |
60 | theorem | | ⊢ |
| proveit.numbers.addition.add_real_closure_bin |
61 | instantiation | 127, 65, 66 | , ⊢ |
| : , : , : |
62 | instantiation | 67, 68 | ⊢ |
| : |
63 | theorem | | ⊢ |
| proveit.logic.equality.not_equals_symmetry |
64 | instantiation | 69, 70, 80, 71 | , ⊢ |
| : , : |
65 | theorem | | ⊢ |
| proveit.numbers.number_sets.real_numbers.rational_within_real |
66 | instantiation | 127, 72, 80 | , ⊢ |
| : , : , : |
67 | theorem | | ⊢ |
| proveit.numbers.negation.real_closure |
68 | instantiation | 73, 74, 75 | ⊢ |
| : , : |
69 | theorem | | ⊢ |
| proveit.physics.quantum.QPE._scaled_delta_b_not_eq_nonzeroInt |
70 | instantiation | 76, 77, 119, 78 | ⊢ |
| : , : , : , : , : |
71 | instantiation | 79, 80, 81, 82 | , ⊢ |
| : , : |
72 | theorem | | ⊢ |
| proveit.numbers.number_sets.rational_numbers.int_within_rational |
73 | theorem | | ⊢ |
| proveit.numbers.multiplication.mult_real_closure_bin |
74 | instantiation | 83, 84, 85 | ⊢ |
| : , : , : |
75 | instantiation | 86, 87 | ⊢ |
| : |
76 | theorem | | ⊢ |
| proveit.logic.sets.enumeration.in_enumerated_set |
77 | axiom | | ⊢ |
| proveit.numbers.number_sets.natural_numbers.zero_in_nats |
78 | theorem | | ⊢ |
| proveit.core_expr_types.tuples.tuple_len_0_typical_eq |
79 | theorem | | ⊢ |
| proveit.numbers.ordering.less_is_not_eq_int |
80 | instantiation | 127, 88, 97 | , ⊢ |
| : , : , : |
81 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.zero_is_int |
82 | instantiation | 89, 90, 91 | , ⊢ |
| : , : , : |
83 | theorem | | ⊢ |
| proveit.logic.sets.inclusion.unfold_subset_eq |
84 | instantiation | 92, 93 | ⊢ |
| : , : |
85 | theorem | | ⊢ |
| proveit.physics.quantum.QPE._two_pow_t_is_nat_pos |
86 | theorem | | ⊢ |
| proveit.physics.quantum.QPE._delta_b_is_real |
87 | theorem | | ⊢ |
| proveit.physics.quantum.QPE._best_floor_is_int |
88 | instantiation | 114, 95, 96 | ⊢ |
| : , : |
89 | theorem | | ⊢ |
| proveit.numbers.ordering.transitivity_less_eq_less |
90 | instantiation | 94, 95, 96, 97 | , ⊢ |
| : , : , : |
91 | instantiation | 98, 99 | ⊢ |
| : |
92 | theorem | | ⊢ |
| proveit.logic.sets.inclusion.relax_proper_subset |
93 | theorem | | ⊢ |
| proveit.numbers.number_sets.real_numbers.nat_pos_within_real |
94 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.interval_upper_bound |
95 | instantiation | 120, 100, 116 | ⊢ |
| : , : |
96 | instantiation | 125, 101 | ⊢ |
| : |
97 | assumption | | ⊢ |
98 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.negative_if_in_neg_int |
99 | instantiation | 102, 103 | ⊢ |
| : |
100 | instantiation | 125, 121 | ⊢ |
| : |
101 | instantiation | 120, 108, 116 | ⊢ |
| : , : |
102 | theorem | | ⊢ |
| proveit.numbers.negation.int_neg_closure |
103 | instantiation | 104, 105, 106 | ⊢ |
| : , : |
104 | theorem | | ⊢ |
| proveit.numbers.addition.add_nat_pos_closure_bin |
105 | instantiation | 107, 108, 109 | ⊢ |
| : |
106 | theorem | | ⊢ |
| proveit.numbers.numerals.decimals.posnat1 |
107 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.pos_int_is_natural_pos |
108 | instantiation | 127, 110, 118 | ⊢ |
| : , : , : |
109 | instantiation | 111, 112, 113 | ⊢ |
| : , : , : |
110 | instantiation | 114, 116, 117 | ⊢ |
| : , : |
111 | theorem | | ⊢ |
| proveit.numbers.ordering.transitivity_less_less_eq |
112 | theorem | | ⊢ |
| proveit.numbers.numerals.decimals.less_0_1 |
113 | instantiation | 115, 116, 117, 118 | ⊢ |
| : , : , : |
114 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.int_interval_within_int |
115 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.interval_lower_bound |
116 | instantiation | 127, 128, 119 | ⊢ |
| : , : , : |
117 | instantiation | 120, 121, 122 | ⊢ |
| : , : |
118 | assumption | | ⊢ |
119 | theorem | | ⊢ |
| proveit.numbers.numerals.decimals.nat1 |
120 | theorem | | ⊢ |
| proveit.numbers.addition.add_int_closure_bin |
121 | instantiation | 127, 123, 124 | ⊢ |
| : , : , : |
122 | instantiation | 125, 126 | ⊢ |
| : |
123 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.nat_pos_within_int |
124 | theorem | | ⊢ |
| proveit.physics.quantum.QPE._two_pow_t_minus_one_is_nat_pos |
125 | theorem | | ⊢ |
| proveit.numbers.negation.int_closure |
126 | instantiation | 127, 128, 129 | ⊢ |
| : , : , : |
127 | theorem | | ⊢ |
| proveit.logic.sets.inclusion.superset_membership_from_proper_subset |
128 | theorem | | ⊢ |
| proveit.numbers.number_sets.integers.nat_within_int |
129 | theorem | | ⊢ |
| proveit.numbers.numerals.decimals.nat2 |
*equality replacement requirements |