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thue-morse.v
16
thue-morse.v
@ -993,8 +993,7 @@ Proof.
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assert (n < S n + S m). rewrite Nat.add_succ_comm.
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assert (n < S n + S m). rewrite Nat.add_succ_comm.
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apply Nat.lt_add_pos_r. apply Nat.lt_0_succ.
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apply Nat.lt_add_pos_r. apply Nat.lt_0_succ.
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generalize H0. assert (1 < 2). apply Nat.lt_1_2. generalize H1.
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generalize H0. assert (1 < 2). apply Nat.lt_1_2. generalize H1.
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apply Nat.pow_lt_mono_r. generalize H0. generalize H.
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apply Nat.pow_lt_mono_r. generalize H0. generalize H. apply Nat.lt_trans.
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apply Nat.lt_trans.
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+ rewrite <- I. rewrite <- IHm.
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+ rewrite <- I. rewrite <- IHm.
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assert (U: S k < 2^(S n+m)).
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assert (U: S k < 2^(S n+m)).
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@ -1012,26 +1011,17 @@ Proof.
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generalize J. rewrite <- tm_size_power2. apply nth_error_nth'.
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generalize J. rewrite <- tm_size_power2. apply nth_error_nth'.
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assert (nth_error (tm_step (S n + m)) k = Some(nth k (tm_step (S n + m)) false)).
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assert (nth_error (tm_step (S n + m)) k = Some(nth k (tm_step (S n + m)) false)).
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generalize K. rewrite <- tm_size_power2. apply nth_error_nth'.
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generalize K. rewrite <- tm_size_power2. apply nth_error_nth'.
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(* assert (nth k (tm_step n) false = nth k (tm_step (S n + m)) false). *)
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assert (nth_error (tm_step n) k = nth_error (tm_step (S n + m)) k).
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assert (nth_error (tm_step n) k = nth_error (tm_step (S n + m)) k).
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generalize K. generalize J. apply tm_step_stable.
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generalize K. generalize J. apply tm_step_stable.
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rewrite <- H2 in H1. rewrite H0 in H1. inversion H1. rewrite H4.
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rewrite <- H2 in H1. rewrite H0 in H1. inversion H1.
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rewrite H4.
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assert (nth_error (tm_step n) (S k) = Some(nth (S k) (tm_step n) false)).
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assert (nth_error (tm_step n) (S k) = Some(nth (S k) (tm_step n) false)).
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generalize H. rewrite <- tm_size_power2. apply nth_error_nth'.
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generalize H. rewrite <- tm_size_power2. apply nth_error_nth'.
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assert (nth_error (tm_step (S n + m)) (S k) = Some(nth (S k) (tm_step (S n + m)) false)).
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assert (nth_error (tm_step (S n + m)) (S k) = Some(nth (S k) (tm_step (S n + m)) false)).
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generalize U. rewrite <- tm_size_power2. apply nth_error_nth'.
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generalize U. rewrite <- tm_size_power2. apply nth_error_nth'.
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assert (nth_error (tm_step n) (S k) = nth_error (tm_step (S n + m)) (S k)).
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assert (nth_error (tm_step n) (S k) = nth_error (tm_step (S n + m)) (S k)).
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generalize U. generalize H. apply tm_step_stable.
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generalize U. generalize H. apply tm_step_stable.
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rewrite H3 in H6. rewrite H5 in H6.
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rewrite H3 in H6. rewrite H5 in H6. inversion H6. rewrite H8. reflexivity.
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inversion H6. rewrite H8.
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reflexivity.
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Qed.
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Qed.
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