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THEN ((h(xx) = 0 ((& h(x) = g(x)+g(xx)+g(xx) ((& (u:{2..k}. u = x u = xx h(u) = g(u) ) ((& By (Rewrite by h = split_factor1(g; x) {2..k} ...w ((& By (THEN ((& By (Def of split_factor1(g; x) ((& By (THEN ((& By (Reduce Concl ... THEN SplitOnConclITEs ...)) (THEN (Auto) |
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6. x<xx 7. h : {2..k} 8. h = split_factor1(g; x) 9. h(xx) = 0 10. h(x) = g(x)+g(xx)+g(xx) 11. u:{2..k}. u = x u = xx h(u) = g(u) {2..k}(g) = {2..k}(h) | PREMISE |
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