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| ====Output Conditions for Tape Input "0"==== | | ====Output Conditions for Tape Input "0"==== |
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| + | Let <math>p_0\!</math> be the proposition that we get by conjoining the proposition that describes the initial conditions for tape input "0" with the proposition that describes the truncated turing machine <math>\operatorname{Stunt}(2).</math> As it turns out, <math>p_0\!</math> has a single satisfying interpretation, and this is represented as a singular proposition in terms of its positive logical features in the following display: |
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| + | <br> |
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| <pre> | | <pre> |
− | Let P_0 be the proposition that we get by conjoining
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− | the proposition that describes the initial conditions
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− | for tape input "0" with the proposition that describes
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− | the truncated turing machine Stunt(2). As it turns out,
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− | P_0 has a single satisfying interpretation, and this is
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− | represented as a singular proposition in terms of its
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− | positive logical features in the following display:
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− |
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| o-------------------------------------------------o | | o-------------------------------------------------o |
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| o-------------------------------------------------o | | o-------------------------------------------------o |
| + | </pre> |
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| + | <br> |
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| The Output Conditions for Tape Input "0" can be read as follows: | | The Output Conditions for Tape Input "0" can be read as follows: |
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| At the time p_2, cell r_2 contains "#". | | At the time p_2, cell r_2 contains "#". |
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− | The output of Stunt(2) being the symbol that rests under | + | The output of <math>\operatorname{Stunt}(2)</math> being the symbol that rests under the tape head <math>\operatorname{H}</math> if and when the machine <math>\operatorname{M}</math> reaches one of its resting states, we get the result that <math>\operatorname{Parity}(0) = 0.</math> |
− | the tape head H if and when the machine M reaches one of | |
− | its resting states, we get the result that Parity(0) = 0. | |
− | </pre> | |
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| ====Output Conditions for Tape Input "1"==== | | ====Output Conditions for Tape Input "1"==== |