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Step * 2 1 of Lemma FOL-bound-rename


1. knd : Atom
2. left : mFOL()
3. right : mFOL()
4. ∀L:ℤ List
     (∃fmla':mFOL() [((mFOL-freevars(fmla') = mFOL-freevars(left) ∈ (ℤ List))
                    ∧ (FOL-abstract(fmla') = FOL-abstract(left) ∈ AbstractFOFormula+(mFOL-freevars(left)))
                    ∧ l_disjoint(ℤ;L;mFOL-boundvars(fmla')))])
5. ∀L:ℤ List
     (∃fmla':mFOL() [((mFOL-freevars(fmla') = mFOL-freevars(right) ∈ (ℤ List))
                    ∧ (FOL-abstract(fmla') = FOL-abstract(right) ∈ AbstractFOFormula+(mFOL-freevars(right)))
                    ∧ l_disjoint(ℤ;L;mFOL-boundvars(fmla')))])
6. L : ℤ List
7. l : mFOL()
8. mFOL-freevars(l) = mFOL-freevars(left) ∈ (ℤ List)
9. FOL-abstract(l) = FOL-abstract(left) ∈ AbstractFOFormula+(mFOL-freevars(left))
10. l_disjoint(ℤ;L;mFOL-boundvars(l))
11. r : mFOL()
12. mFOL-freevars(r) = mFOL-freevars(right) ∈ (ℤ List)
13. FOL-abstract(r) = FOL-abstract(right) ∈ AbstractFOFormula+(mFOL-freevars(right))
14. l_disjoint(ℤ;L;mFOL-boundvars(r))
15. mFOL-freevars(mFOconnect(knd;l;r)) = mFOL-freevars(mFOconnect(knd;left;right)) ∈ (ℤ List)
⊢ FOL-abstract(mFOconnect(knd;l;r))
= FOL-abstract(mFOconnect(knd;left;right))
∈ AbstractFOFormula+(val-union(IntDeq;mFOL-freevars(left);mFOL-freevars(right)))
BY
{ (((Unfold `FOL-abstract` 0 THEN Reduce 0) THEN Fold `FOL-abstract` 0) THEN Auto) }

1
1. knd : Atom
2. left : mFOL()
3. right : mFOL()
4. ∀L:ℤ List
     (∃fmla':mFOL() [((mFOL-freevars(fmla') = mFOL-freevars(left) ∈ (ℤ List))
                    ∧ (FOL-abstract(fmla') = FOL-abstract(left) ∈ AbstractFOFormula+(mFOL-freevars(left)))
                    ∧ l_disjoint(ℤ;L;mFOL-boundvars(fmla')))])
5. ∀L:ℤ List
     (∃fmla':mFOL() [((mFOL-freevars(fmla') = mFOL-freevars(right) ∈ (ℤ List))
                    ∧ (FOL-abstract(fmla') = FOL-abstract(right) ∈ AbstractFOFormula+(mFOL-freevars(right)))
                    ∧ l_disjoint(ℤ;L;mFOL-boundvars(fmla')))])
6. L : ℤ List
7. l : mFOL()
8. mFOL-freevars(l) = mFOL-freevars(left) ∈ (ℤ List)
9. FOL-abstract(l) = FOL-abstract(left) ∈ AbstractFOFormula+(mFOL-freevars(left))
10. l_disjoint(ℤ;L;mFOL-boundvars(l))
11. r : mFOL()
12. mFOL-freevars(r) = mFOL-freevars(right) ∈ (ℤ List)
13. FOL-abstract(r) = FOL-abstract(right) ∈ AbstractFOFormula+(mFOL-freevars(right))
14. l_disjoint(ℤ;L;mFOL-boundvars(r))
15. mFOL-freevars(mFOconnect(knd;l;r)) = mFOL-freevars(mFOconnect(knd;left;right)) ∈ (ℤ List)
⊢ (FOConnective+(knd) FOL-abstract(l) FOL-abstract(r))
= (FOConnective+(knd) FOL-abstract(left) FOL-abstract(right))
∈ AbstractFOFormula+(val-union(IntDeq;mFOL-freevars(left);mFOL-freevars(right)))

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Latex:

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Latex:

1.  knd  :  Atom
2.  left  :  mFOL()
3.  right  :  mFOL()
4.  \mforall{}L:\mBbbZ{}  List
          (\mexists{}fmla':mFOL()  [((mFOL-freevars(fmla')  =  mFOL-freevars(left))
                                        \mwedge{}  (FOL-abstract(fmla')  =  FOL-abstract(left))
                                        \mwedge{}  l\_disjoint(\mBbbZ{};L;mFOL-boundvars(fmla')))])
5.  \mforall{}L:\mBbbZ{}  List
          (\mexists{}fmla':mFOL()  [((mFOL-freevars(fmla')  =  mFOL-freevars(right))
                                        \mwedge{}  (FOL-abstract(fmla')  =  FOL-abstract(right))
                                        \mwedge{}  l\_disjoint(\mBbbZ{};L;mFOL-boundvars(fmla')))])
6.  L  :  \mBbbZ{}  List
7.  l  :  mFOL()
8.  mFOL-freevars(l)  =  mFOL-freevars(left)
9.  FOL-abstract(l)  =  FOL-abstract(left)
10.  l\_disjoint(\mBbbZ{};L;mFOL-boundvars(l))
11.  r  :  mFOL()
12.  mFOL-freevars(r)  =  mFOL-freevars(right)
13.  FOL-abstract(r)  =  FOL-abstract(right)
14.  l\_disjoint(\mBbbZ{};L;mFOL-boundvars(r))
15.  mFOL-freevars(mFOconnect(knd;l;r))  =  mFOL-freevars(mFOconnect(knd;left;right))
\mvdash{}  FOL-abstract(mFOconnect(knd;l;r))  =  FOL-abstract(mFOconnect(knd;left;right))


By

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Latex:
(((Unfold  `FOL-abstract`  0  THEN  Reduce  0)  THEN  Fold  `FOL-abstract`  0)  THEN  Auto)

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