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7. f : ||L1||||L2|| 8. increasing(f;||L1||) 9. j:||L1||. L1[j] = L2[(f(j))] f:((||L1||+1)(||L2||+1)). increasing(f;||L1||+1) & (j:(||L1||+1). [x1 / L1][j] = [x2 / L2][(f(j))]) | 12 steps |
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7. increasing(f;||L1||+1) 8. j:(||L1||+1). [x1 / L1][j] = L2[(f(j))] f:((||L1||+1)(||L2||+1)). increasing(f;||L1||+1) & (j:(||L1||+1). [x1 / L1][j] = [x2 / L2][(f(j))]) | 8 steps |
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