https://sourceforge.net/p/sequencetree/wiki/coding/Recent changes to codingenTue, 01 Nov 2011 20:48:55 -0000https://sourceforge.net/p/sequencetree/wiki/coding/<pre>--- v6 +++ v7 @@ -227,51 +227,45 @@ boy{ - br = is_p G1 - - G2 - } - - - -// + br = is_p G3 + + G2 + } + + + +// // process converged, add new sentence boy walk + boy G2 - G1 walk - G1 G2 - - - -// -// original sentences - - man is - woman is - out is - man walk - woman read - - -// -// In G2 r_br, G1 == "man woman out", so do not need an new Generalization object -// same for G1 - -// iterative process is converged. - -// G1 has first word, G2 has second - -now introduce more sentences - - - boy walk -// -// walk substitutes in G2: - - boy G2 - - + G3 walk + G3 G2 + + + boy{ + br = is_p G3 + + G2 + walk + } + + + G3 { + br = is_p G1 + boy + + G2 + walk + } + + + + + + + </pre>Ken Del SignoreTue, 01 Nov 2011 20:48:55 -0000https://sourceforge.net085d046d59e4a8920ad14ed96839688176d41718https://sourceforge.net/p/sequencetree/wiki/coding/<pre>--- v5 +++ v6 @@ -62,39 +62,51 @@ G1 read // +// "is" object becomes: + + is{ + G1 =r_br + man + woman + out + } + + +// // G1 object becomes G1 { br = is_p man woman - run + out is walk read } // // Make G2 from branches in G1 G2 { - br= P_is is + br= is_P is walk read } // // link objects in G2 back to G2 is{ walk{ read{ br = is_p G2 br = is_p G2 br = is_p G2 - man = r_br man = r_br woman = r_br + G1 = r_br G1 = r_br G1 = r_br + man man man woman } } out } // // read sentences again man is @@ -104,18 +116,33 @@ woman read // -// substitute +// rereading "man is" does not add any new branches to any objects in obj_pool + + +// +// substitute, these sentences will add new branches man G2 woman G2 out G2 man G2 woman G2 G1 G2 x5 1st and 2nd word substituted // -// G2 becomes + + man{ woman{ out{ + br = is_p G1 br = is_p G1 br = is_p G1 + + G2 G2 g2 + walk read is + is is } + } } + + +// +// G2 and G1 become G2 { br= is_p is @@ -123,23 +150,116 @@ read G1 = r_br man woman out } -// -// make new object G3 from r_branches in G2 - - G3 { - br= is_p G1 - man - woman - out - } - -// -// G3 == G1, so iterative process is converged, don't need G3 + + + G1 { + br = is_p man + woman + out + + G2 + is + walk + read + } + + + +// +// remove duplicate branches + + G2 { + br= is_p is + walk + read + + G1 = r_br + } + + + + G1 { + br = is_p man + woman + out + + G2 + } + + + man{ woman{ out{ + br = is_p G1 br = is_p G1 br = is_p G1 + + G2 G2 g2 + } } } + + + +// +// add sentence + + boy is + boy G2 + + + G2 { + br= is_p is + walk + read + + G1 = r_br + boy + } + + + + G3 { + br = is_p G1 + boy + + G2 + } + + + boy{ + br = is_p G1 + + G2 + } + + + +// +// process converged, add new sentence + + + boy walk + boy G2 + G1 walk + G1 G2 + + + +// +// original sentences + + man is + woman is + out is + man walk + woman read + + +// +// In G2 r_br, G1 == "man woman out", so do not need an new Generalization object +// same for G1 + +// iterative process is converged. // G1 has first word, G2 has second </pre>Ken Del SignoreTue, 01 Nov 2011 18:43:15 -0000https://sourceforge.net4a12f32e980580ff52a3a44a2366b569bdfb7158https://sourceforge.net/p/sequencetree/wiki/coding/<pre>--- v4 +++ v5 @@ -143,43 +143,15 @@ // G1 has first word, G2 has second -*************************************************** - - - man sit - boy run - -// -// substitute - - G3 sit - G3 run - G3 G2 - -// -// the G3 object becomes - - G3 { - br= is G1 - boy - girl - sit - run - G2 - } - -// -// make new object G4 from branches in G3 - - G4 { - br= is:3 sit - run - G2 - } - - -// -// this iterative process accumulates the verbs in G4 - - +now introduce more sentences + + + boy walk +// +// walk substitutes in G2: + + boy G2 + + + </pre>Ken Del SignoreSat, 29 Oct 2011 00:26:55 -0000https://sourceforge.netf8e10c070df70e0d2c78476793cbfa18f5631b60https://sourceforge.net/p/sequencetree/wiki/coding/<pre>--- v3 +++ v4 @@ -28,111 +28,123 @@ // form G1 from branches in is G1 { - br= P_is man "is" = "P_is", a programmatic object + br= is_p man "is_p" = a programmatic object woman out } // // insert G1 lemma in all objects contained in G1 - man{ woman{ out{ - br= P_is G1 br= P_is G1 br= is_p G1 - walk read is - is is } - } } + man{ woman{ out{ + br = is_p G1 br = is_p G1 br = is_p G1 + walk read is + is is } + } } // // now re-read the sentences man is woman is out is man walk woman read // -// substitution yields: Substitute() uses P_is object +// substitution yields: Substitute() uses is_p object G1 is G1 is G1 is G1 walk G1 read // // G1 object becomes G1 { - br= P_is man + br = is_p man woman run - loud is walk read } // // Make G2 from branches in G1 G2 { br= P_is is walk read } // // link objects in G2 back to G2 is{ walk{ read{ br = is_p G2 br = is_p G2 br = is_p G2 man = r_br man = r_br woman = r_br woman } } out } // -// read more sentences - - boy run - girl cook - -// -//substitute - - boy G2 - girl G2 +// read sentences again + + man is + woman is + out is + man walk + woman read + +// +// substitute + + man G2 + woman G2 + out G2 + man G2 + woman G2 + G1 G2 x5 1st and 2nd word substituted + // // G2 becomes G2 { - br= is:3 run - cook - bark + br= is_p is + walk + read - 3:G1 =r_br - boy - girl + G1 = r_br + man + woman + out } // // make new object G3 from r_branches in G2 G3 { - br= is:3 G1 - boy - girl + br= is_p G1 + man + woman + out } // -// this process accumulates the nouns in G3 - -// read more sentences +// G3 == G1, so iterative process is converged, don't need G3 + +// G1 has first word, G2 has second + +*************************************************** + man sit boy run </pre>Ken Del SignoreThu, 27 Oct 2011 19:12:47 -0000https://sourceforge.net807561c6d0ab0858c7146437032568cbc8487398https://sourceforge.net/p/sequencetree/wiki/coding/<pre>--- v2 +++ v3 @@ -5,11 +5,11 @@ Use "is" verb - man is + man is woman is - out is - man walk - woman read + out is + man walk + woman read // </pre>Ken Del SignoreThu, 27 Oct 2011 18:34:53 -0000https://sourceforge.net311a92aceee7080a863b0774b5d81c09208abd72https://sourceforge.net/p/sequencetree/wiki/coding/<pre>--- v1 +++ v2 @@ -6,10 +6,10 @@ man is - woman is + woman is out is man walk - woman read + woman read // </pre>Ken Del SignoreThu, 27 Oct 2011 18:34:22 -0000https://sourceforge.neteee62650862b4c8472b42ef8ebf54ca5137ed65chttps://sourceforge.net/p/sequencetree/wiki/coding/Same text as previous page, but modify for coding first pass sequence the following sentences: Use "is" verb man is woman is out is man walk woman read // // "is" has nouns, verbs, adj and adv preceding it, "out" is noise - not a noun // // "is" object is: is{ man =r_br woman out } // // form G1 from branches in is G1 { br= P_is man "is" = "P_is", a programmatic object woman out } // // insert G1 lemma in all objects contained in G1 man{ woman{ out{ br= P_is G1 br= P_is G1 br= is_p G1 walk read is is is } } } // // now re-read the sentences man is woman is out is man walk woman read // // substitution yields: Substitute() uses P_is object G1 is G1 is G1 is G1 walk G1 read // // G1 object becomes G1 { br= P_is man woman run loud is walk read } // // Make G2 from branches in G1 G2 { br= P_is is walk read } // // link objects in G2 back to G2 is{ walk{ read{ br = is_p G2 br = is_p G2 br = is_p G2 man = r_br man = r_br woman = r_br woman } } out } // // read more sentences boy run girl cook // //substitute boy G2 girl G2 // // G2 becomes G2 { br= is:3 run cook bark 3:G1 =r_br boy girl } // // make new object G3 from r_branches in G2 G3 { br= is:3 G1 boy girl } // // this process accumulates the nouns in G3 // read more sentences man sit boy run // // substitute G3 sit G3 run G3 G2 // // the G3 object becomes G3 { br= is G1 boy girl sit run G2 } // // make new object G4 from branches in G3 G4 { br= is:3 sit run G2 } // // this iterative process accumulates the verbs in G4 Ken Del SignoreThu, 27 Oct 2011 18:34:00 -0000https://sourceforge.netd2c5ed58dd654125cec8806b148ee178aeed1f0f