Current library: Alpha v34, 4,223 checked-use theorems; Stable remains 432. Historical first admissions, original proof editions, and non-admitted aliases are preserved. Exact original first-admission records.
The exact G101 milestone is fully proved, including the stronger checked bound k≤2·BitLen(b), a real beta-coded execution, and its actual terminal gcd. The independent T13 determinant/rank/integer-span substrate is now closed in the separate Alpha-v27 integer-linear-algebra branch. Full T13 proof · Alpha v27
Exact theorem in conservative defined notation
∀ a. ∀ b. ∀ l. BitLen(b,l) → EuclideanBoundedTrace(a,b,l + l)
Every linked abbreviation expands hygienically to the identical original native formula.
Definition DAG
Actual proof prerequisites
Complete unchanged native tactic proof
All 22 lines are the exact independently kernel-checked original script.
Read the argument
Proof checkpoints
This is a reading aid, not a new proof or a proof-tree certificate. Checkpoint groups are consecutive commands, not inferred branch boundaries. Every step links to the preserved script.
Named ingredients (2)
01Fix variables and assumptionsL1–4
02Use earlier factsL5–6
03Establish hupperL7–9
Establish this local claim before using it. It is not an additional assumption. The following proof commands apply euclidean log binary length upper power.
04Separate the logical casesL10–11
05Use earlier factsL12–13
06Establish hdivisorL14–17
Establish this local claim before using it. It is not an additional assumption. The following proof commands apply euclidean log trace below power.
- L14
have hdivisor : ∀ b. Lt(b,x) → ∀ y. EuclideanBoundedTrace(y,b,l + l)Definitions: EuclideanBoundedTraceLtOriginal native command in the exact edition - L15
apply euclidean_log_trace_below_power - L16
exact hupper_witness_left - L17
specialize hdivisor b
07Establish hallL18–22
Establish this local claim before using it. It is not an additional assumption. The following proof commands apply hdivisor.
- L18
have hall : ∀ z. EuclideanBoundedTrace(z,b,l + l)Definitions: EuclideanBoundedTraceOriginal native command in the exact edition - L19
apply hdivisor - L20
exact hupper_witness_right - L21
specialize hall a - L22
exact hall
Original defined command ledger · 22 lines
- 0001
intro a - 0002
intro b - 0003
intro l - 0004
intro hlength - 0005
specialize euclidean_log_binary_length_upper_power b - 0006
specialize euclidean_log_binary_length_upper_power l - 0007
have hupper : exists p. ((exists pa_b_bl_elb_length_upper pa_c_bl_elb_length_upper. ((forall pa_i_bl_elb_length_upper_repeat. (exists pa_lt_bl_elb_length_upper_repeat_bound. pa_lt_bl_elb_length_upper_repeat_bound + S pa_i_bl_elb_length_upper_repeat = l) -> (((exists pa_h_bl_elb_length_upper_repeat_decoded. pa_h_bl_elb_length_upper_repeat_decoded + S (2) = S ((S (pa_i_bl_elb_length_upper_repeat)) * pa_c_bl_elb_length_upper)) /\ exists pa_q_bl_elb_length_upper_repeat_decoded. pa_b_bl_elb_length_upper = pa_q_bl_elb_length_upper_repeat_decoded * S ((S (pa_i_bl_elb_length_upper_repeat)) * pa_c_bl_elb_length_upper) + (2)))) /\ (exists pa_u_bl_elb_length_upper_product pa_v_bl_elb_length_upper_product. ((((exists pa_h_bl_elb_length_upper_product_start. pa_h_bl_elb_length_upper_product_start + S (1) = S ((S (0)) * pa_v_bl_elb_length_upper_product)) /\ exists pa_q_bl_elb_length_upper_product_start. pa_u_bl_elb_length_upper_product = pa_q_bl_elb_length_upper_product_start * S ((S (0)) * pa_v_bl_elb_length_upper_product) + (1))) /\ ((((exists pa_h_bl_elb_length_upper_product_terminal. pa_h_bl_elb_length_upper_product_terminal + S (p) = S ((S (l)) * pa_v_bl_elb_length_upper_product)) /\ exists pa_q_bl_elb_length_upper_product_terminal. pa_u_bl_elb_length_upper_product = pa_q_bl_elb_length_upper_product_terminal * S ((S (l)) * pa_v_bl_elb_length_upper_product) + (p))) /\ forall pa_i_bl_elb_length_upper_product. (exists pa_lt_bl_elb_length_upper_product_bound. pa_lt_bl_elb_length_upper_product_bound + S pa_i_bl_elb_length_upper_product = l) -> exists pa_p_bl_elb_length_upper_product pa_r_bl_elb_length_upper_product pa_s_bl_elb_length_upper_product. ((((exists pa_h_bl_elb_length_upper_product_factor. pa_h_bl_elb_length_upper_product_factor + S (pa_p_bl_elb_length_upper_product) = S ((S (pa_i_bl_elb_length_upper_product)) * pa_c_bl_elb_length_upper)) /\ exists pa_q_bl_elb_length_upper_product_factor. pa_b_bl_elb_length_upper = pa_q_bl_elb_length_upper_product_factor * S ((S (pa_i_bl_elb_length_upper_product)) * pa_c_bl_elb_length_upper) + (pa_p_bl_elb_length_upper_product))) /\ ((((exists pa_h_bl_elb_length_upper_product_partial. pa_h_bl_elb_length_upper_product_partial + S (pa_r_bl_elb_length_upper_product) = S ((S (pa_i_bl_elb_length_upper_product)) * pa_v_bl_elb_length_upper_product)) /\ exists pa_q_bl_elb_length_upper_product_partial. pa_u_bl_elb_length_upper_product = pa_q_bl_elb_length_upper_product_partial * S ((S (pa_i_bl_elb_length_upper_product)) * pa_v_bl_elb_length_upper_product) + (pa_r_bl_elb_length_upper_product))) /\ ((((exists pa_h_bl_elb_length_upper_product_successor. pa_h_bl_elb_length_upper_product_successor + S (pa_s_bl_elb_length_upper_product) = S ((S (S pa_i_bl_elb_length_upper_product)) * pa_v_bl_elb_length_upper_product)) /\ exists pa_q_bl_elb_length_upper_product_successor. pa_u_bl_elb_length_upper_product = pa_q_bl_elb_length_upper_product_successor * S ((S (S pa_i_bl_elb_length_upper_product)) * pa_v_bl_elb_length_upper_product) + (pa_s_bl_elb_length_upper_product))) /\ pa_s_bl_elb_length_upper_product = pa_r_bl_elb_length_upper_product * pa_p_bl_elb_length_upper_product)))))))) /\ (exists ff_lt_elb_length_upper. ff_lt_elb_length_upper + S b = p)) - 0008
apply euclidean_log_binary_length_upper_power - 0009
exact hlength - 0010
cases hupper - 0011
cases hupper_witness - 0012
specialize euclidean_log_trace_below_power l - 0013
specialize euclidean_log_trace_below_power x - 0014
have hdivisor : forall b. (exists gap. gap + S b = x) -> forall a. (exists elb_list_length_divisor elb_history_length_divisor elb_scale_length_divisor elb_steps_length_divisor. ((exists cf_gcd_elb_length_divisor_budget. ((((exists ff_h_cf_elb_length_divisor_budget_initial_state. ff_h_cf_elb_length_divisor_budget_initial_state + S (((cf_gcd_elb_length_divisor_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) * S ((cf_gcd_elb_length_divisor_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) + ((((0) + (0)) * S ((0) + (0)) + ((0) + (0))) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0))))) = S ((S (0)) * elb_scale_length_divisor)) /\ exists ff_q_cf_elb_length_divisor_budget_initial_state. elb_history_length_divisor = ff_q_cf_elb_length_divisor_budget_initial_state * S ((S (0)) * elb_scale_length_divisor) + (((cf_gcd_elb_length_divisor_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) * S ((cf_gcd_elb_length_divisor_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) + ((((0) + (0)) * S ((0) + (0)) + ((0) + (0))) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0))))))) /\ ((((exists ff_h_cf_elb_length_divisor_budget_terminal_state. ff_h_cf_elb_length_divisor_budget_terminal_state + S (((a) + (((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor)))) * S ((a) + (((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor)))) + ((((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor))) + (((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor))))) = S ((S (elb_steps_length_divisor)) * elb_scale_length_divisor)) /\ exists ff_q_cf_elb_length_divisor_budget_terminal_state. elb_history_length_divisor = ff_q_cf_elb_length_divisor_budget_terminal_state * S ((S (elb_steps_length_divisor)) * elb_scale_length_divisor) + (((a) + (((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor)))) * S ((a) + (((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor)))) + ((((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor))) + (((b) + (elb_list_length_divisor)) * S ((b) + (elb_list_length_divisor)) + ((elb_list_length_divisor) + (elb_list_length_divisor))))))) /\ forall cf_index_elb_length_divisor_budget. (exists ff_lt_cf_elb_length_divisor_budget_index. ff_lt_cf_elb_length_divisor_budget_index + S cf_index_elb_length_divisor_budget = elb_steps_length_divisor) -> exists cf_old_a_elb_length_divisor_budget cf_old_b_elb_length_divisor_budget cf_tail_elb_length_divisor_budget cf_new_a_elb_length_divisor_budget cf_new_b_elb_length_divisor_budget cf_head_elb_length_divisor_budget cf_quotient_elb_length_divisor_budget. ((((exists ff_h_cf_elb_length_divisor_budget_previous_state. ff_h_cf_elb_length_divisor_budget_previous_state + S (((cf_old_a_elb_length_divisor_budget) + (((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)))) * S ((cf_old_a_elb_length_divisor_budget) + (((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)))) + ((((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget))) + (((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget))))) = S ((S (cf_index_elb_length_divisor_budget)) * elb_scale_length_divisor)) /\ exists ff_q_cf_elb_length_divisor_budget_previous_state. elb_history_length_divisor = ff_q_cf_elb_length_divisor_budget_previous_state * S ((S (cf_index_elb_length_divisor_budget)) * elb_scale_length_divisor) + (((cf_old_a_elb_length_divisor_budget) + (((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)))) * S ((cf_old_a_elb_length_divisor_budget) + (((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)))) + ((((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget))) + (((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) * S ((cf_old_b_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget)) + ((cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget))))))) /\ ((((exists ff_h_cf_elb_length_divisor_budget_following_state. ff_h_cf_elb_length_divisor_budget_following_state + S (((cf_new_a_elb_length_divisor_budget) + (((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)))) * S ((cf_new_a_elb_length_divisor_budget) + (((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)))) + ((((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget))) + (((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget))))) = S ((S (S cf_index_elb_length_divisor_budget)) * elb_scale_length_divisor)) /\ exists ff_q_cf_elb_length_divisor_budget_following_state. elb_history_length_divisor = ff_q_cf_elb_length_divisor_budget_following_state * S ((S (S cf_index_elb_length_divisor_budget)) * elb_scale_length_divisor) + (((cf_new_a_elb_length_divisor_budget) + (((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)))) * S ((cf_new_a_elb_length_divisor_budget) + (((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)))) + ((((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget))) + (((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) * S ((cf_new_b_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget)) + ((cf_head_elb_length_divisor_budget) + (cf_head_elb_length_divisor_budget))))))) /\ (cf_new_b_elb_length_divisor_budget = cf_old_a_elb_length_divisor_budget /\ (cf_new_a_elb_length_divisor_budget = cf_new_b_elb_length_divisor_budget * cf_quotient_elb_length_divisor_budget + cf_old_b_elb_length_divisor_budget /\ ((exists ff_lt_cf_elb_length_divisor_budget_remainder. ff_lt_cf_elb_length_divisor_budget_remainder + S cf_old_b_elb_length_divisor_budget = cf_new_b_elb_length_divisor_budget) /\ (cf_head_elb_length_divisor_budget = S ((cf_quotient_elb_length_divisor_budget + cf_tail_elb_length_divisor_budget) * S (cf_quotient_elb_length_divisor_budget + cf_tail_elb_length_divisor_budget) + (cf_tail_elb_length_divisor_budget + cf_tail_elb_length_divisor_budget))))))))))) /\ exists elb_gap_length_divisor. elb_gap_length_divisor + elb_steps_length_divisor = ((l + l)))) - 0015
apply euclidean_log_trace_below_power - 0016
exact hupper_witness_left - 0017
specialize hdivisor b - 0018
have hall : forall z. (exists elb_list_length_all elb_history_length_all elb_scale_length_all elb_steps_length_all. ((exists cf_gcd_elb_length_all_budget. ((((exists ff_h_cf_elb_length_all_budget_initial_state. ff_h_cf_elb_length_all_budget_initial_state + S (((cf_gcd_elb_length_all_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) * S ((cf_gcd_elb_length_all_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) + ((((0) + (0)) * S ((0) + (0)) + ((0) + (0))) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0))))) = S ((S (0)) * elb_scale_length_all)) /\ exists ff_q_cf_elb_length_all_budget_initial_state. elb_history_length_all = ff_q_cf_elb_length_all_budget_initial_state * S ((S (0)) * elb_scale_length_all) + (((cf_gcd_elb_length_all_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) * S ((cf_gcd_elb_length_all_budget) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0)))) + ((((0) + (0)) * S ((0) + (0)) + ((0) + (0))) + (((0) + (0)) * S ((0) + (0)) + ((0) + (0))))))) /\ ((((exists ff_h_cf_elb_length_all_budget_terminal_state. ff_h_cf_elb_length_all_budget_terminal_state + S (((z) + (((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all)))) * S ((z) + (((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all)))) + ((((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all))) + (((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all))))) = S ((S (elb_steps_length_all)) * elb_scale_length_all)) /\ exists ff_q_cf_elb_length_all_budget_terminal_state. elb_history_length_all = ff_q_cf_elb_length_all_budget_terminal_state * S ((S (elb_steps_length_all)) * elb_scale_length_all) + (((z) + (((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all)))) * S ((z) + (((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all)))) + ((((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all))) + (((b) + (elb_list_length_all)) * S ((b) + (elb_list_length_all)) + ((elb_list_length_all) + (elb_list_length_all))))))) /\ forall cf_index_elb_length_all_budget. (exists ff_lt_cf_elb_length_all_budget_index. ff_lt_cf_elb_length_all_budget_index + S cf_index_elb_length_all_budget = elb_steps_length_all) -> exists cf_old_a_elb_length_all_budget cf_old_b_elb_length_all_budget cf_tail_elb_length_all_budget cf_new_a_elb_length_all_budget cf_new_b_elb_length_all_budget cf_head_elb_length_all_budget cf_quotient_elb_length_all_budget. ((((exists ff_h_cf_elb_length_all_budget_previous_state. ff_h_cf_elb_length_all_budget_previous_state + S (((cf_old_a_elb_length_all_budget) + (((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget)))) * S ((cf_old_a_elb_length_all_budget) + (((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget)))) + ((((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget))) + (((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget))))) = S ((S (cf_index_elb_length_all_budget)) * elb_scale_length_all)) /\ exists ff_q_cf_elb_length_all_budget_previous_state. elb_history_length_all = ff_q_cf_elb_length_all_budget_previous_state * S ((S (cf_index_elb_length_all_budget)) * elb_scale_length_all) + (((cf_old_a_elb_length_all_budget) + (((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget)))) * S ((cf_old_a_elb_length_all_budget) + (((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget)))) + ((((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget))) + (((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) * S ((cf_old_b_elb_length_all_budget) + (cf_tail_elb_length_all_budget)) + ((cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget))))))) /\ ((((exists ff_h_cf_elb_length_all_budget_following_state. ff_h_cf_elb_length_all_budget_following_state + S (((cf_new_a_elb_length_all_budget) + (((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget)))) * S ((cf_new_a_elb_length_all_budget) + (((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget)))) + ((((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget))) + (((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget))))) = S ((S (S cf_index_elb_length_all_budget)) * elb_scale_length_all)) /\ exists ff_q_cf_elb_length_all_budget_following_state. elb_history_length_all = ff_q_cf_elb_length_all_budget_following_state * S ((S (S cf_index_elb_length_all_budget)) * elb_scale_length_all) + (((cf_new_a_elb_length_all_budget) + (((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget)))) * S ((cf_new_a_elb_length_all_budget) + (((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget)))) + ((((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget))) + (((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) * S ((cf_new_b_elb_length_all_budget) + (cf_head_elb_length_all_budget)) + ((cf_head_elb_length_all_budget) + (cf_head_elb_length_all_budget))))))) /\ (cf_new_b_elb_length_all_budget = cf_old_a_elb_length_all_budget /\ (cf_new_a_elb_length_all_budget = cf_new_b_elb_length_all_budget * cf_quotient_elb_length_all_budget + cf_old_b_elb_length_all_budget /\ ((exists ff_lt_cf_elb_length_all_budget_remainder. ff_lt_cf_elb_length_all_budget_remainder + S cf_old_b_elb_length_all_budget = cf_new_b_elb_length_all_budget) /\ (cf_head_elb_length_all_budget = S ((cf_quotient_elb_length_all_budget + cf_tail_elb_length_all_budget) * S (cf_quotient_elb_length_all_budget + cf_tail_elb_length_all_budget) + (cf_tail_elb_length_all_budget + cf_tail_elb_length_all_budget))))))))))) /\ exists elb_gap_length_all. elb_gap_length_all + elb_steps_length_all = ((l + l)))) - 0019
apply hdivisor - 0020
exact hupper_witness_right - 0021
specialize hall a - 0022
exact hall