There's a problem with the input file. For input #4, /5/, this candidate: [00(01)0] violates the same constraints, the same number of times, as this candidate: [0(01)00] Moreover, for input #5, /6/, this candidate: [00(01)00] violates the same constraints, the same number of times, as this candidate: [000(01)0] Moreover, for input #5, /6/, this candidate: [0(01)000] violates the same constraints, the same number of times, as this candidate: [000(01)0] Moreover, for input #5, /6/, this candidate: [0(01)000] violates the same constraints, the same number of times, as this candidate: [00(01)00] Moreover, for input #6, /7/, this candidate: [(02)0(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(01)0(02)] Moreover, for input #6, /7/, this candidate: [(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [(01)0(02)00] Moreover, for input #6, /7/, this candidate: [(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [(02)0(01)00] Moreover, for input #6, /7/, this candidate: [00(01)0(02)] violates the same constraints, the same number of times, as this candidate: [0(01)00(02)] Moreover, for input #6, /7/, this candidate: [00(02)0(01)] violates the same constraints, the same number of times, as this candidate: [0(02)00(01)] Moreover, for input #6, /7/, this candidate: [00(01)(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)(02)00] Moreover, for input #6, /7/, this candidate: [00(02)(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)(01)00] Moreover, for input #6, /7/, this candidate: [00(01)000] violates the same constraints, the same number of times, as this candidate: [0(01)0000] Moreover, for input #6, /7/, this candidate: [000(01)00] violates the same constraints, the same number of times, as this candidate: [0(01)0000] Moreover, for input #6, /7/, this candidate: [0000(01)0] violates the same constraints, the same number of times, as this candidate: [0(01)0000] Moreover, for input #6, /7/, this candidate: [000(01)00] violates the same constraints, the same number of times, as this candidate: [00(01)000] Moreover, for input #6, /7/, this candidate: [0000(01)0] violates the same constraints, the same number of times, as this candidate: [00(01)000] Moreover, for input #6, /7/, this candidate: [0000(01)0] violates the same constraints, the same number of times, as this candidate: [000(01)00] Moreover, for input #7, /8/, this candidate: [(02)(02)(01)(02)] violates the same constraints, the same number of times, as this candidate: [(02)(01)(02)(02)] Moreover, for input #7, /8/, this candidate: [(02)0(02)(01)0] violates the same constraints, the same number of times, as this candidate: [(02)(01)0(02)0] Moreover, for input #7, /8/, this candidate: [(02)00(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(01)00(02)] Moreover, for input #7, /8/, this candidate: [(02)0(01)0(02)] violates the same constraints, the same number of times, as this candidate: [(02)0(02)0(01)] Moreover, for input #7, /8/, this candidate: [0(02)0(02)(01)] violates the same constraints, the same number of times, as this candidate: [0(02)(01)0(02)] Moreover, for input #7, /8/, this candidate: [(01)00(02)00] violates the same constraints, the same number of times, as this candidate: [(01)0(02)000] Moreover, for input #7, /8/, this candidate: [(01)000(02)0] violates the same constraints, the same number of times, as this candidate: [(01)0(02)000] Moreover, for input #7, /8/, this candidate: [(02)00(01)00] violates the same constraints, the same number of times, as this candidate: [(02)0(01)000] Moreover, for input #7, /8/, this candidate: [(02)000(01)0] violates the same constraints, the same number of times, as this candidate: [(02)0(01)000] Moreover, for input #7, /8/, this candidate: [(01)000(02)0] violates the same constraints, the same number of times, as this candidate: [(01)00(02)00] Moreover, for input #7, /8/, this candidate: [(02)000(01)0] violates the same constraints, the same number of times, as this candidate: [(02)00(01)00] Moreover, for input #7, /8/, this candidate: [00(01)(02)00] violates the same constraints, the same number of times, as this candidate: [0(01)(02)000] Moreover, for input #7, /8/, this candidate: [000(01)(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)(02)000] Moreover, for input #7, /8/, this candidate: [00(02)(01)00] violates the same constraints, the same number of times, as this candidate: [0(02)(01)000] Moreover, for input #7, /8/, this candidate: [000(02)(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)(01)000] Moreover, for input #7, /8/, this candidate: [0(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)00] Moreover, for input #7, /8/, this candidate: [00(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)00] Moreover, for input #7, /8/, this candidate: [0(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)00] Moreover, for input #7, /8/, this candidate: [00(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)00] Moreover, for input #7, /8/, this candidate: [00(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)00(02)0] Moreover, for input #7, /8/, this candidate: [00(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)00(01)0] Moreover, for input #7, /8/, this candidate: [00(01)00(02)] violates the same constraints, the same number of times, as this candidate: [0(01)000(02)] Moreover, for input #7, /8/, this candidate: [000(01)0(02)] violates the same constraints, the same number of times, as this candidate: [0(01)000(02)] Moreover, for input #7, /8/, this candidate: [00(02)00(01)] violates the same constraints, the same number of times, as this candidate: [0(02)000(01)] Moreover, for input #7, /8/, this candidate: [000(02)0(01)] violates the same constraints, the same number of times, as this candidate: [0(02)000(01)] Moreover, for input #7, /8/, this candidate: [000(01)(02)0] violates the same constraints, the same number of times, as this candidate: [00(01)(02)00] Moreover, for input #7, /8/, this candidate: [000(02)(01)0] violates the same constraints, the same number of times, as this candidate: [00(02)(01)00] Moreover, for input #7, /8/, this candidate: [000(01)0(02)] violates the same constraints, the same number of times, as this candidate: [00(01)00(02)] Moreover, for input #7, /8/, this candidate: [000(02)0(01)] violates the same constraints, the same number of times, as this candidate: [00(02)00(01)] Moreover, for input #7, /8/, this candidate: [00(01)0000] violates the same constraints, the same number of times, as this candidate: [0(01)00000] Moreover, for input #7, /8/, this candidate: [000(01)000] violates the same constraints, the same number of times, as this candidate: [0(01)00000] Moreover, for input #7, /8/, this candidate: [0000(01)00] violates the same constraints, the same number of times, as this candidate: [0(01)00000] Moreover, for input #7, /8/, this candidate: [00000(01)0] violates the same constraints, the same number of times, as this candidate: [0(01)00000] Moreover, for input #7, /8/, this candidate: [000(01)000] violates the same constraints, the same number of times, as this candidate: [00(01)0000] Moreover, for input #7, /8/, this candidate: [0000(01)00] violates the same constraints, the same number of times, as this candidate: [00(01)0000] Moreover, for input #7, /8/, this candidate: [00000(01)0] violates the same constraints, the same number of times, as this candidate: [00(01)0000] Moreover, for input #7, /8/, this candidate: [0000(01)00] violates the same constraints, the same number of times, as this candidate: [000(01)000] Moreover, for input #7, /8/, this candidate: [00000(01)0] violates the same constraints, the same number of times, as this candidate: [000(01)000] Moreover, for input #7, /8/, this candidate: [00000(01)0] violates the same constraints, the same number of times, as this candidate: [0000(01)00] Moreover, for input #8, /9/, this candidate: [(02)(02)(01)(02)0] violates the same constraints, the same number of times, as this candidate: [(02)(01)(02)(02)0] Moreover, for input #8, /9/, this candidate: [(01)(02)0(02)(02)] violates the same constraints, the same number of times, as this candidate: [(01)(02)(02)0(02)] Moreover, for input #8, /9/, this candidate: [(02)0(02)(01)(02)] violates the same constraints, the same number of times, as this candidate: [(02)(01)(02)0(02)] Moreover, for input #8, /9/, this candidate: [(02)(02)0(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(02)(01)0(02)] Moreover, for input #8, /9/, this candidate: [(02)(01)0(02)(02)] violates the same constraints, the same number of times, as this candidate: [(02)(02)(01)0(02)] Moreover, for input #8, /9/, this candidate: [(02)0(02)(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(02)(01)0(02)] Moreover, for input #8, /9/, this candidate: [(02)(01)0(02)(02)] violates the same constraints, the same number of times, as this candidate: [(02)(02)0(02)(01)] Moreover, for input #8, /9/, this candidate: [(02)0(02)(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(02)0(02)(01)] Moreover, for input #8, /9/, this candidate: [(02)0(02)(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(01)0(02)(02)] Moreover, for input #8, /9/, this candidate: [(02)0(01)(02)(02)] violates the same constraints, the same number of times, as this candidate: [(02)(02)0(01)(02)] Moreover, for input #8, /9/, this candidate: [0(02)(02)(01)(02)] violates the same constraints, the same number of times, as this candidate: [0(02)(01)(02)(02)] Moreover, for input #8, /9/, this candidate: [(01)(02)00(02)0] violates the same constraints, the same number of times, as this candidate: [(01)(02)0(02)00] Moreover, for input #8, /9/, this candidate: [(02)(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [(02)(02)0(01)00] Moreover, for input #8, /9/, this candidate: [(02)(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [(02)(01)0(02)00] Moreover, for input #8, /9/, this candidate: [(02)0(02)(01)00] violates the same constraints, the same number of times, as this candidate: [(02)(01)0(02)00] Moreover, for input #8, /9/, this candidate: [(02)00(02)(01)0] violates the same constraints, the same number of times, as this candidate: [(02)(01)0(02)00] Moreover, for input #8, /9/, this candidate: [(02)0(02)(01)00] violates the same constraints, the same number of times, as this candidate: [(02)(01)00(02)0] Moreover, for input #8, /9/, this candidate: [(02)00(02)(01)0] violates the same constraints, the same number of times, as this candidate: [(02)(01)00(02)0] Moreover, for input #8, /9/, this candidate: [(02)000(02)(01)] violates the same constraints, the same number of times, as this candidate: [(02)(01)000(02)] Moreover, for input #8, /9/, this candidate: [(01)00(02)(02)0] violates the same constraints, the same number of times, as this candidate: [(01)0(02)(02)00] Moreover, for input #8, /9/, this candidate: [(02)00(02)(01)0] violates the same constraints, the same number of times, as this candidate: [(02)0(02)(01)00] Moreover, for input #8, /9/, this candidate: [(02)00(01)(02)0] violates the same constraints, the same number of times, as this candidate: [(02)0(01)(02)00] Moreover, for input #8, /9/, this candidate: [(02)0(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [(02)0(02)0(01)0] Moreover, for input #8, /9/, this candidate: [(01)00(02)0(02)] violates the same constraints, the same number of times, as this candidate: [(01)0(02)00(02)] Moreover, for input #8, /9/, this candidate: [(02)0(01)00(02)] violates the same constraints, the same number of times, as this candidate: [(02)0(02)00(01)] Moreover, for input #8, /9/, this candidate: [(02)00(02)0(01)] violates the same constraints, the same number of times, as this candidate: [(02)0(02)00(01)] Moreover, for input #8, /9/, this candidate: [(02)00(01)0(02)] violates the same constraints, the same number of times, as this candidate: [(02)0(02)00(01)] Moreover, for input #8, /9/, this candidate: [(02)00(02)0(01)] violates the same constraints, the same number of times, as this candidate: [(02)0(01)00(02)] Moreover, for input #8, /9/, this candidate: [(02)00(01)0(02)] violates the same constraints, the same number of times, as this candidate: [(02)0(01)00(02)] Moreover, for input #8, /9/, this candidate: [(02)00(01)0(02)] violates the same constraints, the same number of times, as this candidate: [(02)00(02)0(01)] Moreover, for input #8, /9/, this candidate: [00(01)(02)(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)(02)(02)00] Moreover, for input #8, /9/, this candidate: [00(02)(02)(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)(02)(01)00] Moreover, for input #8, /9/, this candidate: [00(02)(01)(02)0] violates the same constraints, the same number of times, as this candidate: [0(02)(01)(02)00] Moreover, for input #8, /9/, this candidate: [0(02)0(02)(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)(01)0(02)0] Moreover, for input #8, /9/, this candidate: [00(01)(02)0(02)] violates the same constraints, the same number of times, as this candidate: [0(01)(02)00(02)] Moreover, for input #8, /9/, this candidate: [00(02)(02)0(01)] violates the same constraints, the same number of times, as this candidate: [0(02)(02)00(01)] Moreover, for input #8, /9/, this candidate: [00(02)(01)0(02)] violates the same constraints, the same number of times, as this candidate: [0(02)(01)00(02)] Moreover, for input #8, /9/, this candidate: [0(02)0(01)0(02)] violates the same constraints, the same number of times, as this candidate: [0(02)0(02)0(01)] Moreover, for input #8, /9/, this candidate: [(01)00(02)000] violates the same constraints, the same number of times, as this candidate: [(01)0(02)0000] Moreover, for input #8, /9/, this candidate: [(01)000(02)00] violates the same constraints, the same number of times, as this candidate: [(01)0(02)0000] Moreover, for input #8, /9/, this candidate: [(01)0000(02)0] violates the same constraints, the same number of times, as this candidate: [(01)0(02)0000] Moreover, for input #8, /9/, this candidate: [(02)00(01)000] violates the same constraints, the same number of times, as this candidate: [(02)0(01)0000] Moreover, for input #8, /9/, this candidate: [(02)000(01)00] violates the same constraints, the same number of times, as this candidate: [(02)0(01)0000] Moreover, for input #8, /9/, this candidate: [(02)0000(01)0] violates the same constraints, the same number of times, as this candidate: [(02)0(01)0000] Moreover, for input #8, /9/, this candidate: [(01)000(02)00] violates the same constraints, the same number of times, as this candidate: [(01)00(02)000] Moreover, for input #8, /9/, this candidate: [(01)0000(02)0] violates the same constraints, the same number of times, as this candidate: [(01)00(02)000] Moreover, for input #8, /9/, this candidate: [(02)000(01)00] violates the same constraints, the same number of times, as this candidate: [(02)00(01)000] Moreover, for input #8, /9/, this candidate: [(02)0000(01)0] violates the same constraints, the same number of times, as this candidate: [(02)00(01)000] Moreover, for input #8, /9/, this candidate: [(01)0000(02)0] violates the same constraints, the same number of times, as this candidate: [(01)000(02)00] Moreover, for input #8, /9/, this candidate: [(02)0000(01)0] violates the same constraints, the same number of times, as this candidate: [(02)000(01)00] Moreover, for input #8, /9/, this candidate: [00(01)(02)000] violates the same constraints, the same number of times, as this candidate: [0(01)(02)0000] Moreover, for input #8, /9/, this candidate: [000(01)(02)00] violates the same constraints, the same number of times, as this candidate: [0(01)(02)0000] Moreover, for input #8, /9/, this candidate: [0000(01)(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)(02)0000] Moreover, for input #8, /9/, this candidate: [00(02)(01)000] violates the same constraints, the same number of times, as this candidate: [0(02)(01)0000] Moreover, for input #8, /9/, this candidate: [000(02)(01)00] violates the same constraints, the same number of times, as this candidate: [0(02)(01)0000] Moreover, for input #8, /9/, this candidate: [0000(02)(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)(01)0000] Moreover, for input #8, /9/, this candidate: [0(01)00(02)00] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)000] Moreover, for input #8, /9/, this candidate: [0(01)000(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)000] Moreover, for input #8, /9/, this candidate: [00(01)0(02)00] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)000] Moreover, for input #8, /9/, this candidate: [00(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)000] Moreover, for input #8, /9/, this candidate: [000(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)0(02)000] Moreover, for input #8, /9/, this candidate: [0(02)00(01)00] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)000] Moreover, for input #8, /9/, this candidate: [0(02)000(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)000] Moreover, for input #8, /9/, this candidate: [00(02)0(01)00] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)000] Moreover, for input #8, /9/, this candidate: [00(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)000] Moreover, for input #8, /9/, this candidate: [000(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)0(01)000] Moreover, for input #8, /9/, this candidate: [0(01)000(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)00(02)00] Moreover, for input #8, /9/, this candidate: [00(01)0(02)00] violates the same constraints, the same number of times, as this candidate: [0(01)00(02)00] Moreover, for input #8, /9/, this candidate: [00(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)00(02)00] Moreover, for input #8, /9/, this candidate: [000(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)00(02)00] Moreover, for input #8, /9/, this candidate: [0(02)000(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)00(01)00] Moreover, for input #8, /9/, this candidate: [00(02)0(01)00] violates the same constraints, the same number of times, as this candidate: [0(02)00(01)00] Moreover, for input #8, /9/, this candidate: [00(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)00(01)00] Moreover, for input #8, /9/, this candidate: [000(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)00(01)00] Moreover, for input #8, /9/, this candidate: [00(01)0(02)00] violates the same constraints, the same number of times, as this candidate: [0(01)000(02)0] Moreover, for input #8, /9/, this candidate: [00(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)000(02)0] Moreover, for input #8, /9/, this candidate: [000(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [0(01)000(02)0] Moreover, for input #8, /9/, this candidate: [00(02)0(01)00] violates the same constraints, the same number of times, as this candidate: [0(02)000(01)0] Moreover, for input #8, /9/, this candidate: [00(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)000(01)0] Moreover, for input #8, /9/, this candidate: [000(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [0(02)000(01)0] Moreover, for input #8, /9/, this candidate: [00(01)000(02)] violates the same constraints, the same number of times, as this candidate: [0(01)0000(02)] Moreover, for input #8, /9/, this candidate: [000(01)00(02)] violates the same constraints, the same number of times, as this candidate: [0(01)0000(02)] Moreover, for input #8, /9/, this candidate: [0000(01)0(02)] violates the same constraints, the same number of times, as this candidate: [0(01)0000(02)] Moreover, for input #8, /9/, this candidate: [00(02)000(01)] violates the same constraints, the same number of times, as this candidate: [0(02)0000(01)] Moreover, for input #8, /9/, this candidate: [000(02)00(01)] violates the same constraints, the same number of times, as this candidate: [0(02)0000(01)] Moreover, for input #8, /9/, this candidate: [0000(02)0(01)] violates the same constraints, the same number of times, as this candidate: [0(02)0000(01)] Moreover, for input #8, /9/, this candidate: [000(01)(02)00] violates the same constraints, the same number of times, as this candidate: [00(01)(02)000] Moreover, for input #8, /9/, this candidate: [0000(01)(02)0] violates the same constraints, the same number of times, as this candidate: [00(01)(02)000] Moreover, for input #8, /9/, this candidate: [000(02)(01)00] violates the same constraints, the same number of times, as this candidate: [00(02)(01)000] Moreover, for input #8, /9/, this candidate: [0000(02)(01)0] violates the same constraints, the same number of times, as this candidate: [00(02)(01)000] Moreover, for input #8, /9/, this candidate: [00(01)00(02)0] violates the same constraints, the same number of times, as this candidate: [00(01)0(02)00] Moreover, for input #8, /9/, this candidate: [000(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [00(01)0(02)00] Moreover, for input #8, /9/, this candidate: [00(02)00(01)0] violates the same constraints, the same number of times, as this candidate: [00(02)0(01)00] Moreover, for input #8, /9/, this candidate: [000(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [00(02)0(01)00] Moreover, for input #8, /9/, this candidate: [000(01)0(02)0] violates the same constraints, the same number of times, as this candidate: [00(01)00(02)0] Moreover, for input #8, /9/, this candidate: [000(02)0(01)0] violates the same constraints, the same number of times, as this candidate: [00(02)00(01)0] Moreover, for input #8, /9/, this candidate: [000(01)00(02)] violates the same constraints, the same number of times, as this candidate: [00(01)000(02)] Moreover, for input #8, /9/, this candidate: [0000(01)0(02)] violates the same constraints, the same number of times, as this candidate: [00(01)000(02)] Moreover, for input #8, /9/, this candidate: [000(02)00(01)] violates the same constraints, the same number of times, as this candidate: [00(02)000(01)] Moreover, for input #8, /9/, this candidate: [0000(02)0(01)] violates the same constraints, the same number of times, as this candidate: [00(02)000(01)] Moreover, for input #8, /9/, this candidate: [0000(01)(02)0] violates the same constraints, the same number of times, as this candidate: [000(01)(02)00] Moreover, for input #8, /9/, this candidate: [0000(02)(01)0] violates the same constraints, the same number of times, as this candidate: [000(02)(01)00] Moreover, for input #8, /9/, this candidate: [0000(01)0(02)] violates the same constraints, the same number of times, as this candidate: [000(01)00(02)] Moreover, for input #8, /9/, this candidate: [0000(02)0(01)] violates the same constraints, the same number of times, as this candidate: [000(02)00(01)] Moreover, for input #8, /9/, this candidate: [00(01)00000] violates the same constraints, the same number of times, as this candidate: [0(01)000000] Moreover, for input #8, /9/, this candidate: [000(01)0000] violates the same constraints, the same number of times, as this candidate: [0(01)000000] Moreover, for input #8, /9/, this candidate: [0000(01)000] violates the same constraints, the same number of times, as this candidate: [0(01)000000] Moreover, for input #8, /9/, this candidate: [00000(01)00] violates the same constraints, the same number of times, as this candidate: [0(01)000000] Moreover, for input #8, /9/, this candidate: [000000(01)0] violates the same constraints, the same number of times, as this candidate: [0(01)000000] Moreover, for input #8, /9/, this candidate: [000(01)0000] violates the same constraints, the same number of times, as this candidate: [00(01)00000] Moreover, for input #8, /9/, this candidate: [0000(01)000] violates the same constraints, the same number of times, as this candidate: [00(01)00000] Moreover, for input #8, /9/, this candidate: [00000(01)00] violates the same constraints, the same number of times, as this candidate: [00(01)00000] Moreover, for input #8, /9/, this candidate: [000000(01)0] violates the same constraints, the same number of times, as this candidate: [00(01)00000] Moreover, for input #8, /9/, this candidate: [0000(01)000] violates the same constraints, the same number of times, as this candidate: [000(01)0000] Moreover, for input #8, /9/, this candidate: [00000(01)00] violates the same constraints, the same number of times, as this candidate: [000(01)0000] Moreover, for input #8, /9/, this candidate: [000000(01)0] violates the same constraints, the same number of times, as this candidate: [000(01)0000] Moreover, for input #8, /9/, this candidate: [00000(01)00] violates the same constraints, the same number of times, as this candidate: [0000(01)000] Moreover, for input #8, /9/, this candidate: [000000(01)0] violates the same constraints, the same number of times, as this candidate: [0000(01)000] Moreover, for input #8, /9/, this candidate: [000000(01)0] violates the same constraints, the same number of times, as this candidate: [00000(01)00] Results of Factorial Typology Search 5-22-2009, 9:45 a.m. OTSoft version 2.1, release date 4/17/03 Source file: Local-EndL.txt I. Constraints 1. Align-L (Al-L) 2. Align-R (Al-R) 3. *Align-L (*Al-L) 4. *Align-R (*Al-R) 5. *AlignHd-R (*AlHd-R) 6. *AlignHd-L (*AlHd-L) 7. End-L (End-L) 8. *Lapse (*Lps) 9. Parse-2 (Prs-2) All rankings were considered. Summary results appear at end of file. Immediately below are reports on individual patterns generated. II. Summary Information With 9 constraints, the number of logically possible grammars is 362880. There were 142 different output patterns. Forms marked as winners in the input file are marked with >. Output #1 Output #2 Output #3 Output #4 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: >(01)(02) >(01)(02) >(01)(02) >(01)(02) /5/: >(01)(02)0 >(01)(02)0 >(01)(02)0 (01)0(02) /6/: >(01)(02)(02) (01)0(02)0 (01)0(02)0 >(01)(02)(02) /7/: >(01)(02)(02)0 >(01)(02)(02)0 >(01)(02)(02)0 (01)0(02)(02) /8/: >(01)(02)(02)(02) (01)0(02)(02)0 (01)0(02)(02)0 >(01)(02)(02)(02) /9/: >(01)(02)(02)(02)0 >(01)(02)(02)(02)0 (01)0(02)0(02)0 (01)0(02)(02)(02) Output #5 Output #6 Output #7 Output #8 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: >(01)(02) >(01)(02) >(01)(02) >(01)(02) /5/: (01)0(02) (01)0(02) (01)0(02) (01)0(02) /6/: >(01)(02)(02) (01)0(02)0 (01)0(02)0 (01)0(02)0 /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) /8/: (01)0(02)0(02) (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)0(02) /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)0(02)0 (01)0(02)(02)(02) Output #9 Output #10 Output #11 Output #12 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: >(01)(02) (02)(01) (02)(01) (02)(01) /5/: (01)0(02) (02)(01)0 (02)(01)0 (02)(01)0 /6/: (01)00(02) (02)(02)(01) (01)0(02)0 (01)0(02)0 /7/: (01)0(02)(02) (02)(02)(01)0 (02)(02)(01)0 (02)(02)(01)0 /8/: (01)0(02)0(02) (02)(02)(02)(01) (01)0(02)(02)0 (01)0(02)(02)0 /9/: (01)0(02)(02)(02) (02)(02)(02)(01)0 (02)(02)(02)(01)0 (01)0(02)0(02)0 Output #13 Output #14 Output #15 Output #16 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: (02)(01) (02)(01) (02)(01) (02)(01) /5/: (01)0(02) (01)0(02) (01)0(02) (01)0(02) /6/: (02)(02)(01) (02)(02)(01) (01)0(02)0 (01)0(02)0 /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) /8/: (02)(02)(02)(01) (01)0(02)0(02) (01)0(02)(02)0 (01)0(02)(02)0 /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)0(02)0 Output #17 Output #18 Output #19 Output #20 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: (02)(01) (02)(01) (01)00 (01)00 /5/: (01)0(02) (01)0(02) >(01)(02)0 >(01)(02)0 /6/: (01)0(02)0 (01)00(02) (01)0(02)0 (01)0(02)0 /7/: (01)0(02)(02) (01)0(02)(02) >(01)(02)(02)0 >(01)(02)(02)0 /8/: (01)0(02)0(02) (01)0(02)0(02) (01)0(02)(02)0 (01)0(02)(02)0 /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) >(01)(02)(02)(02)0 (01)0(02)0(02)0 Output #21 Output #22 Output #23 Output #24 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: (01)00 (01)00 (01)00 (01)00 /5/: (02)(01)0 (02)(01)0 (01)0(02) (01)0(02) /6/: (01)0(02)0 (01)0(02)0 (01)0(02)0 (01)0(02)0 /7/: (02)(02)(01)0 (02)(02)(01)0 (01)0(02)(02) (01)0(02)(02) /8/: (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)(02)0 /9/: (02)(02)(02)(01)0 (01)0(02)0(02)0 (01)0(02)(02)(02) (01)0(02)0(02)0 Output #25 Output #26 Output #27 Output #28 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: (01)00 (01)00 (01)00 (01)00 /5/: (01)0(02) (01)0(02) (01)000 (01)000 /6/: (01)0(02)0 (01)00(02) (01)0(02)0 (01)0(02)0 /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)00 (01)00(02)0 /8/: (01)0(02)0(02) (01)0(02)0(02) (01)0(02)(02)0 (01)0(02)(02)0 /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)0(02)0 (01)0(02)0(02)0 Output #29 Output #30 Output #31 Output #32 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: >(01)(02)0 >(01)(02)0 >(01)(02)0 >(01)(02)0 /6/: (01)0(02)0 (01)0(02)0 (01)0(02)0 (01)0(02)0 /7/: >(01)(02)(02)0 >(01)(02)(02)0 0(01)0(02)0 0(01)0(02)0 /8/: (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)(02)0 /9/: >(01)(02)(02)(02)0 (01)0(02)0(02)0 (01)0(02)0(02)0 0(01)0(02)(02)0 Output #33 Output #34 Output #35 Output #36 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: >(01)(02)0 >(01)(02)0 (02)(01)0 (02)(01)0 /6/: 0(01)(02)0 0(01)(02)0 (01)0(02)0 (01)0(02)0 /7/: >(01)(02)(02)0 0(01)0(02)0 (02)(02)(01)0 (02)(02)(01)0 /8/: 0(01)(02)(02)0 0(01)(02)(02)0 (01)0(02)(02)0 (01)0(02)(02)0 /9/: >(01)(02)(02)(02)0 0(01)0(02)(02)0 (02)(02)(02)(01)0 (01)0(02)0(02)0 Output #37 Output #38 Output #39 Output #40 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: (02)(01)0 (02)(01)0 (02)(01)0 (02)(01)0 /6/: (01)0(02)0 (01)0(02)0 0(02)(01)0 0(02)(01)0 /7/: 0(01)0(02)0 0(01)0(02)0 (02)(02)(01)0 0(01)0(02)0 /8/: (01)0(02)(02)0 (01)0(02)(02)0 0(02)(02)(01)0 0(02)(02)(01)0 /9/: (01)0(02)0(02)0 0(01)0(02)(02)0 (02)(02)(02)(01)0 0(01)0(02)(02)0 Output #41 Output #42 Output #43 Output #44 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: (01)0(02) (01)0(02) (01)0(02) (01)0(02) /6/: (01)0(02)0 (01)0(02)0 (01)0(02)0 (01)0(02)0 /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) 0(01)0(02)0 /8/: (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)0(02) (01)0(02)(02)0 /9/: (01)0(02)(02)(02) (01)0(02)0(02)0 (01)0(02)(02)(02) (01)0(02)0(02)0 Output #45 Output #46 Output #47 Output #48 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: (01)0(02) 0(01)00 0(01)00 0(01)00 /6/: (01)0(02)0 (01)0(02)0 (01)0(02)0 0(01)(02)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: (01)0(02)(02)0 (01)0(02)(02)0 (01)0(02)(02)0 0(01)(02)(02)0 /9/: 0(01)0(02)(02)0 (01)0(02)0(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #49 Output #50 Output #51 Output #52 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)00 0(01)00 0(01)00 0(01)00 /6/: 0(02)(01)0 000(01)0 000(01)0 000(01)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(02)(02)(01)0 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #53 Output #54 Output #55 Output #56 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)00 0(01)00 0(01)00 0(01)00 /6/: 00(01)00 00(01)00 00(01)00 0(01)000 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 0(01)0(02)00 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #57 Output #58 Output #59 Output #60 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)00 0(01)00 00(01)0 00(01)0 /6/: 0(01)000 0(01)000 (01)0(02)0 (01)0(02)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)00(02)0 00(01)0(02)0 (01)0(02)(02)0 (01)0(02)(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 (01)0(02)0(02)0 0(01)0(02)(02)0 Output #61 Output #62 Output #63 Output #64 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 00(01)0 00(01)0 00(01)0 00(01)0 /6/: 0(01)(02)0 0(02)(01)0 000(01)0 000(01)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)(02)(02)0 0(02)(02)(01)0 0(01)0(02)00 0(01)00(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #65 Output #66 Output #67 Output #68 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 >(01)0 /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 00(01)0 00(01)0 00(01)0 00(01)0 /6/: 000(01)0 00(01)00 00(01)00 00(01)00 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 00(01)0(02)0 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #69 Output #70 Output #71 Output #72 /2/: >(01) >(01) >(01) >(01) /3/: >(01)0 >(01)0 >(01)0 0(01) /4/: 0(01)0 0(01)0 0(01)0 >(01)(02) /5/: 00(01)0 00(01)0 00(01)0 (01)0(02) /6/: 0(01)000 0(01)000 0(01)000 >(01)(02)(02) /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 (01)0(02)(02) /8/: 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 >(01)(02)(02)(02) /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 (01)0(02)(02)(02) Output #73 Output #74 Output #75 Output #76 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: >(01)(02) >(01)(02) >(01)(02) >(01)(02) /5/: (01)0(02) (01)0(02) (01)0(02) (01)0(02) /6/: >(01)(02)(02) (01)00(02) 0(01)0(02) 0(01)0(02) /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) /8/: (01)0(02)0(02) (01)0(02)0(02) (01)0(02)0(02) 0(01)0(02)(02) /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)(02)(02) Output #77 Output #78 Output #79 Output #80 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: >(01)(02) >(01)(02) >(01)(02) >(01)(02) /5/: (01)0(02) 0(01)(02) 0(01)(02) 0(01)(02) /6/: 0(01)0(02) >(01)(02)(02) 0(01)0(02) 0(01)0(02) /7/: (01)0(02)(02) 0(01)(02)(02) 0(01)(02)(02) 0(01)(02)(02) /8/: 0(01)0(02)(02) >(01)(02)(02)(02) 0(01)0(02)(02) 0(01)0(02)(02) /9/: 0(01)0(02)0(02) 0(01)(02)(02)(02) 0(01)(02)(02)(02) 0(01)0(02)0(02) Output #81 Output #82 Output #83 Output #84 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: (02)(01) (02)(01) (02)(01) (02)(01) /5/: (01)0(02) (01)0(02) (01)0(02) (01)0(02) /6/: (02)(02)(01) (02)(02)(01) (01)00(02) 0(01)0(02) /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) /8/: (02)(02)(02)(01) (01)0(02)0(02) (01)0(02)0(02) (01)0(02)0(02) /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)(02)(02) Output #85 Output #86 Output #87 Output #88 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: (02)(01) (02)(01) (02)(01) (02)(01) /5/: (01)0(02) (01)0(02) 0(02)(01) 0(02)(01) /6/: 0(01)0(02) 0(01)0(02) (02)(02)(01) 0(01)0(02) /7/: (01)0(02)(02) (01)0(02)(02) 0(02)(02)(01) 0(02)(02)(01) /8/: 0(01)0(02)(02) 0(01)0(02)(02) (02)(02)(02)(01) 0(01)0(02)(02) /9/: (01)0(02)(02)(02) 0(01)0(02)0(02) 0(02)(02)(02)(01) 0(02)(02)(02)(01) Output #89 Output #90 Output #91 Output #92 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: (02)(01) 0(01)0 0(01)0 0(01)0 /5/: 0(02)(01) (01)0(02) (01)0(02) (01)0(02) /6/: 0(01)0(02) 0(01)0(02) 0(01)0(02) 0(01)0(02) /7/: 0(02)(02)(01) (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) /8/: 0(01)0(02)(02) (01)0(02)0(02) 0(01)0(02)(02) 0(01)0(02)(02) /9/: 0(01)0(02)0(02) (01)0(02)(02)(02) (01)0(02)(02)(02) 0(01)0(02)0(02) Output #93 Output #94 Output #95 Output #96 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: (01)0(02) (01)0(02) 0(01)(02) 0(01)(02) /6/: 0(01)0(02) 0(01)0(02) 0(01)(02)0 0(01)(02)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)(02)(02) 0(01)0(02)0 /8/: 0(01)0(02)(02) 0(01)0(02)(02) 0(01)(02)(02)0 0(01)(02)(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)0(02) 0(01)(02)(02)(02) 0(01)0(02)(02)0 Output #97 Output #98 Output #99 Output #100 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)(02) 0(01)(02) 0(01)(02) 0(01)(02) /6/: 0(01)0(02) 0(01)0(02) 0(01)0(02) 0(01)0(02) /7/: 0(01)(02)(02) 0(01)(02)(02) 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)0(02)(02) 0(01)0(02)(02) 0(01)0(02)(02) 0(01)0(02)(02) /9/: 0(01)(02)(02)(02) 0(01)0(02)0(02) 0(01)0(02)(02)0 0(01)0(02)0(02) Output #101 Output #102 Output #103 Output #104 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(02)(01) 0(02)(01) 0(02)(01) 0(02)(01) /6/: 0(02)(01)0 0(02)(01)0 0(01)0(02) 0(01)0(02) /7/: 0(02)(02)(01) 0(01)0(02)0 0(02)(02)(01) 0(02)(02)(01) /8/: 0(02)(02)(01)0 0(02)(02)(01)0 0(01)0(02)(02) 0(01)0(02)(02) /9/: 0(02)(02)(02)(01) 0(01)0(02)(02)0 0(02)(02)(02)(01) 0(01)0(02)0(02) Output #105 Output #106 Output #107 Output #108 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(02)(01) 0(02)(01) 0(01)00 0(01)00 /6/: 0(01)0(02) 0(01)0(02) 0(01)(02)0 0(02)(01)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)0(02)(02) 0(01)0(02)(02) 0(01)(02)(02)0 0(02)(02)(01)0 /9/: 0(01)0(02)(02)0 0(01)0(02)0(02) 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #109 Output #110 Output #111 Output #112 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)00 0(01)00 0(01)00 0(01)00 /6/: 0(01)0(02) 0(01)0(02) 000(01)0 000(01)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)0(02)(02) 0(01)0(02)(02) 0(01)0(02)00 0(01)00(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)0(02) 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #113 Output #114 Output #115 Output #116 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)00 0(01)00 0(01)00 0(01)00 /6/: 000(01)0 00(01)00 00(01)00 00(01)00 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 00(01)0(02)0 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #117 Output #118 Output #119 Output #120 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 0(01)00 0(01)00 0(01)00 00(01)0 /6/: 0(01)000 0(01)000 0(01)000 0(01)(02)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 0(01)(02)(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #121 Output #122 Output #123 Output #124 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 00(01)0 00(01)0 00(01)0 00(01)0 /6/: 0(02)(01)0 0(01)0(02) 0(01)0(02) 000(01)0 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(02)(02)(01)0 0(01)0(02)(02) 0(01)0(02)(02) 0(01)0(02)00 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)0(02) 0(01)0(02)(02)0 Output #125 Output #126 Output #127 Output #128 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 00(01)0 00(01)0 00(01)0 00(01)0 /6/: 000(01)0 000(01)0 00(01)00 00(01)00 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 0(01)00(02)0 00(01)0(02)0 0(01)0(02)00 0(01)00(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #129 Output #130 Output #131 Output #132 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 0(01)0 0(01)0 0(01)0 0(01)0 /5/: 00(01)0 00(01)0 00(01)0 00(01)0 /6/: 00(01)00 0(01)000 0(01)000 0(01)000 /7/: 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 0(01)0(02)0 /8/: 00(01)0(02)0 0(01)0(02)00 0(01)00(02)0 00(01)0(02)0 /9/: 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 0(01)0(02)(02)0 Output #133 Output #134 Output #135 Output #136 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 00(01) 00(01) 00(01) 00(01) /5/: (01)0(02) (01)0(02) (01)0(02) (01)0(02) /6/: (01)00(02) 0(01)0(02) 0(01)0(02) 0(01)0(02) /7/: (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) (01)0(02)(02) /8/: (01)0(02)0(02) (01)0(02)0(02) 0(01)0(02)(02) 0(01)0(02)(02) /9/: (01)0(02)(02)(02) (01)0(02)(02)(02) (01)0(02)(02)(02) 0(01)0(02)0(02) Output #137 Output #138 Output #139 Output #140 /2/: >(01) >(01) >(01) >(01) /3/: 0(01) 0(01) 0(01) 0(01) /4/: 00(01) 00(01) 00(01) 00(01) /5/: 0(01)(02) 0(01)(02) 0(02)(01) 0(02)(01) /6/: 0(01)0(02) 0(01)0(02) 0(01)0(02) 0(01)0(02) /7/: 0(01)(02)(02) 0(01)(02)(02) 0(02)(02)(01) 0(02)(02)(01) /8/: 0(01)0(02)(02) 0(01)0(02)(02) 0(01)0(02)(02) 0(01)0(02)(02) /9/: 0(01)(02)(02)(02) 0(01)0(02)0(02) 0(02)(02)(02)(01) 0(01)0(02)0(02) Output #141 Output #142 /2/: >(01) >(01) /3/: 0(01) 0(01) /4/: 00(01) 00(01) /5/: 000(01) 000(01) /6/: 0(01)0(02) 0(01)0(02) /7/: 0(01)00(02) 00(01)0(02) /8/: 0(01)0(02)(02) 0(01)0(02)(02) /9/: 0(01)0(02)0(02) 0(01)0(02)0(02) III. List of Winners The following specifies for each candidate whether there is at least one ranking that derives it: /2/: [(01)]: yes /3/: [(01)0]: yes [0(01)]: yes /4/: [(01)(02)]: yes [(02)(01)]: yes [(01)00]: yes [0(01)0]: yes [00(01)]: yes /5/: [(01)(02)0]: yes [(02)(01)0]: yes [(01)0(02)]: yes [0(01)(02)]: yes [0(02)(01)]: yes [(01)000]: yes [0(01)00]: yes [00(01)0]: yes [000(01)]: yes [(02)0(01)]: no /6/: [(01)(02)(02)]: yes [(02)(02)(01)]: yes [(01)0(02)0]: yes [(01)00(02)]: yes [0(01)(02)0]: yes [0(02)(01)0]: yes [0(01)0(02)]: yes [000(01)0]: yes [00(01)00]: yes [0(01)000]: yes [(02)(01)(02)]: no [(01)(02)00]: no [(02)(01)00]: no [(02)0(01)0]: no [(02)00(01)]: no [0(02)0(01)]: no [00(01)(02)]: no [00(02)(01)]: no [0000(01)]: no [(01)0000]: no /7/: [(01)(02)(02)0]: yes [(02)(02)(01)0]: yes [(01)0(02)(02)]: yes [0(01)(02)(02)]: yes [0(02)(02)(01)]: yes [(01)0(02)00]: yes [(01)00(02)0]: yes [0(01)00(02)]: yes [0(01)0(02)0]: yes [00(01)0(02)]: yes [(02)(01)(02)0]: no [(01)(02)0(02)]: no [(02)(02)0(01)]: no [(02)(01)0(02)]: no [(02)0(02)(01)]: no [(02)0(01)(02)]: no [0(02)(01)(02)]: no [(01)(02)000]: no [(02)(01)000]: no [(02)0(01)00]: no [(02)00(01)0]: no [(01)000(02)]: no [(02)000(01)]: no [0(02)00(01)]: no [0(02)0(01)0]: no [0(01)(02)00]: no [0(02)(01)00]: no [00(02)0(01)]: no [00(01)(02)0]: no [00(02)(01)0]: no [000(01)(02)]: no [000(02)(01)]: no [(01)00000]: no [0(01)0000]: no [00(01)000]: no [000(01)00]: no [0000(01)0]: no [00000(01)]: no /8/: [(01)(02)(02)(02)]: yes [(02)(02)(02)(01)]: yes [(01)0(02)(02)0]: yes [(01)0(02)0(02)]: yes [0(01)(02)(02)0]: yes [0(02)(02)(01)0]: yes [0(01)0(02)(02)]: yes [0(01)0(02)00]: yes [0(01)00(02)0]: yes [00(01)0(02)0]: yes [(02)(01)(02)(02)]: no [(02)(02)(01)(02)]: no [(01)(02)(02)00]: no [(02)(02)(01)00]: no [(02)(01)(02)00]: no [(01)(02)0(02)0]: no [(02)(02)0(01)0]: no [(02)(01)0(02)0]: no [(01)(02)00(02)]: no [(02)(02)00(01)]: no [(02)(01)00(02)]: no [(02)0(02)(01)0]: no [(02)0(01)(02)0]: no [(02)0(02)0(01)]: no [(02)0(01)0(02)]: no [(01)00(02)(02)]: no [(02)00(02)(01)]: no [(02)00(01)(02)]: no [0(02)(01)(02)0]: no [0(01)(02)0(02)]: no [0(02)(02)0(01)]: no [0(02)(01)0(02)]: no [0(02)0(02)(01)]: no [0(02)0(01)(02)]: no [00(01)(02)(02)]: no [00(02)(02)(01)]: no [00(02)(01)(02)]: no [(01)(02)0000]: no [(02)(01)0000]: no [(01)0(02)000]: no [(02)0(01)000]: no [(01)00(02)00]: no [(02)00(01)00]: no [(01)000(02)0]: no [(02)000(01)0]: no [(01)0000(02)]: no [(02)0000(01)]: no [0(01)(02)000]: no [0(02)(01)000]: no [0(02)0(01)00]: no [0(02)00(01)0]: no [0(01)000(02)]: no [0(02)000(01)]: no [00(01)(02)00]: no [00(02)(01)00]: no [00(02)0(01)0]: no [00(01)00(02)]: no [00(02)00(01)]: no [000(01)(02)0]: no [000(02)(01)0]: no [000(01)0(02)]: no [000(02)0(01)]: no [0000(01)(02)]: no [0000(02)(01)]: no [(01)000000]: no [0(01)00000]: no [00(01)0000]: no [000(01)000]: no [0000(01)00]: no [00000(01)0]: no [000000(01)]: no /9/: [(01)(02)(02)(02)0]: yes [(02)(02)(02)(01)0]: yes [(01)0(02)(02)(02)]: yes [0(01)(02)(02)(02)]: yes [0(02)(02)(02)(01)]: yes [(01)0(02)0(02)0]: yes [0(01)0(02)(02)0]: yes [0(01)0(02)0(02)]: yes [(02)(01)(02)(02)0]: no [(02)(02)(01)(02)0]: no [(01)(02)(02)0(02)]: no [(02)(02)(02)0(01)]: no [(02)(01)(02)0(02)]: no [(02)(02)(01)0(02)]: no [(01)(02)0(02)(02)]: no [(02)(02)0(02)(01)]: no [(02)(01)0(02)(02)]: no [(02)(02)0(01)(02)]: no [(02)0(02)(02)(01)]: no [(02)0(01)(02)(02)]: no [(02)0(02)(01)(02)]: no [0(02)(01)(02)(02)]: no [0(02)(02)(01)(02)]: no [(01)(02)(02)000]: no [(02)(02)(01)000]: no [(02)(01)(02)000]: no [(01)(02)0(02)00]: no [(02)(02)0(01)00]: no [(02)(01)0(02)00]: no [(01)(02)00(02)0]: no [(02)(02)00(01)0]: no [(02)(01)00(02)0]: no [(01)(02)000(02)]: no [(02)(02)000(01)]: no [(02)(01)000(02)]: no [(01)0(02)(02)00]: no [(02)0(02)(01)00]: no [(02)0(01)(02)00]: no [(02)0(02)0(01)0]: no [(02)0(01)0(02)0]: no [(01)0(02)00(02)]: no [(02)0(02)00(01)]: no [(02)0(01)00(02)]: no [(01)00(02)(02)0]: no [(02)00(02)(01)0]: no [(02)00(01)(02)0]: no [(01)00(02)0(02)]: no [(02)00(02)0(01)]: no [(02)00(01)0(02)]: no [(01)000(02)(02)]: no [(02)000(02)(01)]: no [(02)000(01)(02)]: no [0(01)(02)(02)00]: no [0(02)(02)(01)00]: no [0(02)(01)(02)00]: no [0(01)(02)0(02)0]: no [0(02)(02)0(01)0]: no [0(02)(01)0(02)0]: no [0(01)(02)00(02)]: no [0(02)(02)00(01)]: no [0(02)(01)00(02)]: no [0(02)0(02)(01)0]: no [0(02)0(01)(02)0]: no [0(02)0(02)0(01)]: no [0(02)0(01)0(02)]: no [00(01)(02)(02)0]: no [00(02)(02)(01)0]: no [00(02)(01)(02)0]: no [00(01)(02)0(02)]: no [00(02)(02)0(01)]: no [00(02)(01)0(02)]: no [00(01)0(02)(02)]: no [00(02)0(02)(01)]: no [00(02)0(01)(02)]: no [000(01)(02)(02)]: no [000(02)(02)(01)]: no [000(02)(01)(02)]: no [(01)(02)00000]: no [(02)(01)00000]: no [(01)0(02)0000]: no [(02)0(01)0000]: no [(01)00(02)000]: no [(02)00(01)000]: no [(01)000(02)00]: no [(02)000(01)00]: no [(01)0000(02)0]: no [(02)0000(01)0]: no [(01)00000(02)]: no [(02)00000(01)]: no [0(01)(02)0000]: no [0(02)(01)0000]: no [0(01)0(02)000]: no [0(02)0(01)000]: no [0(01)00(02)00]: no [0(02)00(01)00]: no [0(01)000(02)0]: no [0(02)000(01)0]: no [0(01)0000(02)]: no [0(02)0000(01)]: no [00(01)(02)000]: no [00(02)(01)000]: no [00(01)0(02)00]: no [00(02)0(01)00]: no [00(01)00(02)0]: no [00(02)00(01)0]: no [00(01)000(02)]: no [00(02)000(01)]: no [000(01)(02)00]: no [000(02)(01)00]: no [000(01)0(02)0]: no [000(02)0(01)0]: no [000(01)00(02)]: no [000(02)00(01)]: no [0000(01)(02)0]: no [0000(02)(01)0]: no [0000(01)0(02)]: no [0000(02)0(01)]: no [00000(01)(02)]: no [00000(02)(01)]: no [(01)0000000]: no [0(01)000000]: no [00(01)00000]: no [000(01)0000]: no [0000(01)000]: no [00000(01)00]: no [000000(01)0]: no [0000000(01)]: no IV. Complete Listing of Output Patterns OUTPUT SET #1: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)(02)0 /6/ --> >(01)(02)(02) /7/ --> >(01)(02)(02)0 /8/ --> >(01)(02)(02)(02) /9/ --> >(01)(02)(02)(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] 1.1. Ranking Arguments Direct Pairwise Arguments *Lps >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)0(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { Al-R, *Lps, Prs-2} > *Al-R because (01)(02)(02) >> (01)(02)00 { Al-L, *Lps} > *Al-L because (01)(02)(02)0 >> 0(01)0(02)0 { *Al-R, *AlHd-L, End-L, *Lps} > Al-R because (01)(02)(02)0 >> (02)(01)0(02) { *Al-R, End-L, *Lps} > Al-R because (01)(02)(02)0 >> (02)0(01)(02) { Al-R, *Lps} > *Al-R because (01)(02)(02)(02) >> (01)0(02)(02)0 { Al-L, *Lps} > *Al-L because (01)(02)(02)(02) >> 0(01)0(02)(02) { Al-R, *Lps} > *Al-R because (01)(02)(02)(02) >> (01)(02)0(02)0 { Al-R, End-L, *Lps} > *Al-R because (01)(02)(02)(02) >> (02)(02)0(01)0 { Al-R, *AlHd-L, End-L, *Lps} > *Al-R because (01)(02)(02)(02) >> (02)0(02)(01)0 { Al-R, End-L, *Lps} > *Al-R because (01)(02)(02)(02) >> (02)0(01)(02)0 { Al-L, *Lps} > *Al-L because (01)(02)(02)(02) >> 0(01)(02)0(02) { Al-L, End-L, *Lps} > *Al-L because (01)(02)(02)(02) >> 0(02)0(01)(02) { Al-R, End-L, *Lps, Prs-2} > *Al-R because (01)(02)(02)(02) >> (02)000(01)0 { Al-L, Al-R, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02) >> 0000(01)00 { Al-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(01)0(02)(02)0 { *Al-R, *Lps} > Al-R because (01)(02)(02)(02)0 >> (01)(02)0(02)(02) { *Al-R, *AlHd-L, End-L, *Lps} > Al-R because (01)(02)(02)(02)0 >> (02)0(02)(02)(01) { *Al-R, *Lps, Prs-2} > Al-R because (01)(02)(02)(02)0 >> (01)00(02)0(02) { *Al-R, *Lps, Prs-2} > Al-R because (01)(02)(02)(02)0 >> (01)000(02)(02) { Al-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(01)(02)0(02)0 { Al-L, End-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(02)0(01)(02)0 { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02)0 >> 00(01)(02)000 { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02)0 >> 0(01)000000 { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02)0 >> 00000(01)00 ------------------------------------------------------------------------------ OUTPUT SET #2: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)(02)(02)(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Stratum #4 *AlignHd-R [= *AlHd-R] 2.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)(02)(02)(02)0], not *[0(01)(02)0(02)0]: Al-L >> *Al-R, because /4/ --> [(01)(02)], not *[0(01)0]: *Al-R >> Al-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Lps, because /8/ --> [(01)0(02)(02)0], not *[(01)(02)(02)(02)]: *Lps >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)0(02)0]: Prs-2 >> *Al-R, because /4/ --> [(01)(02)], not *[(01)00]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *AlHd-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *AlHd-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)0 >> (02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #3: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 3.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: Al-L >> *Al-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-L >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[0(01)0(02)0]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)(02)(02)0]: Prs-2 >> *Al-R, because /4/ --> [(01)(02)], not *[(01)00]: Prs-2 >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[(01)00000]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)0 >> (02)(02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #4: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)(02)(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)(02)(02)(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 *AlignHd-R [= *AlHd-R] 4.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /3/ --> [(01)0], not *[0(01)]: Al-L >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-R, because /8/ --> [(01)(02)(02)(02)], not *[(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *Lps >> *AlHd-R, because /8/ --> [(01)(02)(02)(02)], not *[(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *AlHd-R Al-L >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #5: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)(02)(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 5.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /3/ --> [(01)0], not *[0(01)]: Al-L >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: Al-L >> *AlHd-R, because /6/ --> [(01)(02)(02)], not *[0(01)0(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-R, because /6/ --> [(01)(02)(02)], not *[(01)0(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)(02)(02)(02)]: Prs-2 >> *AlHd-R, because /6/ --> [(01)(02)(02)], not *[(01)00(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #6: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #3 *Lapse [= *Lps] Stratum #4 Align-R [= Al-R] *Align-R [= *Al-R] 6.1. Ranking Arguments Direct Pairwise Arguments (none) There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > Al-R because (01)0 >> 0(01) { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { Al-R, *Lps, Prs-2} > *AlHd-R because (01)(02) >> (01)00 { Al-L, Al-R, *Lps} > *Al-L because (01)(02) >> 0(01)0 { Al-L, Al-R, *Lps} > *Al-R because (01)(02) >> 0(01)0 { Al-L, Al-R, *Lps} > *AlHd-R because (01)(02) >> 0(01)0 { Al-L, *Lps, Prs-2} > *AlHd-R because (01)(02) >> 00(01) { Al-R, *AlHd-R} > *Al-R because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-R} > *Lps because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because (01)0(02) >> (02)(01)0 { Al-L, *AlHd-R} > *Al-L because (01)0(02) >> 0(01)(02) { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *Al-R, *AlHd-R} > Al-R because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-R} > *Lps because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because (01)0(02)0 >> (02)(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because (01)0(02)0 >> (02)(02)(01) { *Al-R, *Lps, Prs-2} > Al-R because (01)0(02)0 >> (01)00(02) { Al-R, End-L, *Lps, Prs-2} > *Al-R because (01)0(02)(02) >> (02)00(01)0 { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because (01)0(02)(02)0 >> (02)0(01)0(02) { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(01)00000 { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00000(01)0 { Al-R, *Lps} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)0(02)0 { Al-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(01)0(02)0(02) { Al-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)(02)00 { Al-R, End-L, *Lps} > *Al-R because (01)0(02)(02)(02) >> (02)0(01)0(02)0 { Al-L, End-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(02)0(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #7: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #3 *Align-R [= *Al-R] Stratum #4 Align-R [= Al-R] *Lapse [= *Lps] 7.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[0(01)0(02)0]: Al-L >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: *Al-R >> Al-R, because /8/ --> [(01)0(02)(02)0], not *[(01)0(02)0(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: Prs-2 >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(01)00000]: Prs-2 >> *AlHd-R, because /4/ --> [(01)(02)], not *[(01)00]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #8: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 8.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /6/ --> [(01)0(02)0], not *[0(01)0(02)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: *AlHd-R >> Al-R, because /6/ --> [(01)0(02)0], not *[(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: Prs-2 >> Al-R, because /6/ --> [(01)0(02)0], not *[(01)00(02)]: Prs-2 >> *AlHd-R, because /4/ --> [(01)(02)], not *[(01)00]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > Al-R because (01)0(02)0 >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #9: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)00(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] Parse-2 [= Prs-2] 9.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /3/ --> [(01)0], not *[0(01)]: Al-L >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: Al-L >> *AlHd-R, because /4/ --> [(01)(02)], not *[00(01)]: Al-L >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)0(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0000000]: Al-R >> *AlHd-R, because /4/ --> [(01)(02)], not *[(01)00]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: Al-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)0(02)0]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)(02)(02)(02)]: *AlHd-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)(02)(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Lps because (01)00(02) >> (02)(02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00(02) >> (02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #10: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(02)(01)0 /6/ --> >(02)(02)(01) /7/ --> >(02)(02)(01)0 /8/ --> >(02)(02)(02)(01) /9/ --> >(02)(02)(02)(01)0 Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] 10.1. Ranking Arguments Direct Pairwise Arguments *AlHd-R >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *Lps >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(01)0(02)0]: *Lps >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)0(02)0(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, Al-R, *Lps} > *Al-R because (02)(02)(01) >> 0(02)(01)0 { Al-R, *Lps} > *Al-R because (02)(02)(01) >> (02)0(01)0 { Al-L, *Lps} > *Al-L because (02)(02)(01)0 >> 0(01)0(02)0 { *Al-R, *Lps} > Al-R because (02)(02)(01)0 >> (02)0(02)(01) { Al-R, *Lps} > *Al-R because (02)(02)(02)(01) >> (02)(01)0(02)0 { Al-R, *AlHd-R, *Lps} > *Al-R because (02)(02)(02)(01) >> (02)0(01)(02)0 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(02)(02)0(01) { Al-L, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(02)0(02)(01) { Al-R, *Lps, Prs-2} > *Al-R because (02)(02)(02)(01) >> (02)0(01)000 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(01)0(02)(02)0 { *Al-R, *Lps} > Al-R because (02)(02)(02)(01)0 >> (02)(02)(02)0(01) { *Al-R, *Lps} > Al-R because (02)(02)(02)(01)0 >> (02)(02)0(02)(01) { *Al-R, *AlHd-R, *Lps} > Al-R because (02)(02)(02)(01)0 >> (02)0(01)(02)(02) { *Al-R, *Lps, Prs-2} > Al-R because (02)(02)(02)(01)0 >> (01)00(02)0(02) { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(02)(02)0(01)0 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(02)(01)0(02)0 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(02)0(02)(01)0 { Al-L, *Lps, Prs-2} > *Al-L because (02)(02)(02)(01)0 >> 0(02)000(01)0 { Al-L, *Lps, Prs-2} > *Al-L because (02)(02)(02)(01)0 >> 000(02)(01)00 ------------------------------------------------------------------------------ OUTPUT SET #11: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >(02)(02)(01)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(02)(02)(02)(01)0 Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 11.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(02)(02)(02)(01)0], not *[0(02)0(01)0(02)]: Al-L >> *Al-R, because /4/ --> [(02)(01)], not *[0(01)0]: *Al-R >> Al-R, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(02)(02)(01)]: *Al-R >> *Lps, because /8/ --> [(01)0(02)(02)0], not *[(02)(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *Lps >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(01)0(02)0]: *Lps >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)0(02)0(02)0]: Prs-2 >> *Al-R, because /4/ --> [(02)(01)], not *[(01)00]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *AlHd-L Al-L >> End-L Al-L >> *Lps *Al-R >> *AlHd-L *Al-R >> End-L Prs-2 >> Al-R Prs-2 >> *AlHd-L Prs-2 >> End-L Prs-2 >> *Lps There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #12: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >(02)(02)(01)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 12.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> *Al-R, because /4/ --> [(02)(01)], not *[0(01)0]: Al-L >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[0(02)0(01)0]: Al-L >> End-L, because /7/ --> [(02)(02)(01)0], not *[0(01)0(02)0]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *Al-R >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(02)(02)0(01)]: *Al-R >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(01)(02)(02)0]: *AlHd-R >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)(02)(01)(02)0]: Prs-2 >> *Al-R, because /4/ --> [(02)(01)], not *[(01)00]: Prs-2 >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(01)00000]: Prs-2 >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)00000]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #13: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(02)(02)(01) /7/ --> >(01)0(02)(02) /8/ --> >(02)(02)(02)(01) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 13.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /3/ --> [(01)0], not *[0(01)]: Al-L >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)0(01)0(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: *AlHd-R >> *AlHd-L, because /8/ --> [(02)(02)(02)(01)], not *[(01)(02)(02)(02)]: *AlHd-R >> End-L, because /8/ --> [(02)(02)(02)(01)], not *[(01)(02)(02)(02)]: *Lps >> *AlHd-L, because /8/ --> [(02)(02)(02)(01)], not *[(02)0(01)0(02)]: *Lps >> End-L, because /8/ --> [(02)(02)(02)(01)], not *[(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *AlHd-L Al-L >> End-L Al-L >> *Lps Al-R >> *AlHd-L Al-R >> End-L There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #14: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(02)(02)(01) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 14.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /3/ --> [(01)0], not *[0(01)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> *AlHd-L, because /6/ --> [(02)(02)(01)], not *[0(02)0(01)]: Al-L >> End-L, because /6/ --> [(02)(02)(01)], not *[0(01)0(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(02)0(01)0(02)0]: Al-R >> *AlHd-L, because /6/ --> [(02)(02)(01)], not *[(02)0(01)0]: Al-R >> End-L, because /6/ --> [(02)(02)(01)], not *[(01)0(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: *AlHd-R >> *AlHd-L, because /6/ --> [(02)(02)(01)], not *[(01)(02)(02)]: *AlHd-R >> End-L, because /6/ --> [(02)(02)(01)], not *[(01)(02)(02)]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(02)(02)(01)(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Irreducible Set Arguments { *Lps, Prs-2} > *AlHd-L because (02)(02)(01) >> (01)00(02) { *Lps, Prs-2} > End-L because (02)(02)(01) >> (01)00(02) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #15: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 *Lapse [= *Lps] Stratum #4 Align-R [= Al-R] *Align-R [= *Al-R] 15.1. Ranking Arguments Direct Pairwise Arguments *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > Al-R because (01)0 >> 0(01) { Al-R, *Lps, Prs-2} > *AlHd-L because (02)(01) >> (01)00 { Al-R, *Lps, Prs-2} > End-L because (02)(01) >> (01)00 { Al-L, Al-R, *Lps} > *Al-L because (02)(01) >> 0(01)0 { Al-L, Al-R, *Lps} > *Al-R because (02)(01) >> 0(01)0 { Al-L, Al-R, *Lps} > *AlHd-L because (02)(01) >> 0(01)0 { Al-L, Al-R, *Lps} > End-L because (02)(01) >> 0(01)0 { Al-L, *Lps, Prs-2} > *AlHd-L because (02)(01) >> 00(01) { Al-L, *Lps, Prs-2} > End-L because (02)(01) >> 00(01) { Al-R, *AlHd-R} > *Al-R because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-R} > *Lps because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because (01)0(02) >> (02)(01)0 { Al-L, *AlHd-R} > *Al-L because (01)0(02) >> 0(01)(02) { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *Al-R, *AlHd-R} > Al-R because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-R} > *Lps because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because (01)0(02)0 >> (02)(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because (01)0(02)0 >> (02)(02)(01) { *Al-R, *Lps, Prs-2} > Al-R because (01)0(02)0 >> (01)00(02) { Al-R, End-L, *Lps, Prs-2} > *Al-R because (01)0(02)(02) >> (02)00(01)0 { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because (01)0(02)(02)0 >> (02)0(01)0(02) { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(01)00000 { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00000(01)0 { Al-R, *Lps} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)0(02)0 { Al-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(01)0(02)0(02) { Al-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)(02)00 { Al-R, End-L, *Lps} > *Al-R because (01)0(02)(02)(02) >> (02)0(01)0(02)0 { Al-L, End-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(02)0(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #16: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 *Align-R [= *Al-R] Stratum #4 Align-R [= Al-R] *Lapse [= *Lps] 16.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[0(01)0(02)0]: Al-L >> *AlHd-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-L >> End-L, because /4/ --> [(02)(01)], not *[0(01)0]: *Al-R >> Al-R, because /8/ --> [(01)0(02)(02)0], not *[(01)0(02)0(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(01)(02)]: *AlHd-R >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(02)(01)(02)0]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(01)(02)]: Prs-2 >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(01)00000]: Prs-2 >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)00]: Prs-2 >> End-L, because /4/ --> [(02)(01)], not *[(01)00]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #17: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 17.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /6/ --> [(01)0(02)0], not *[0(01)0(02)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> *AlHd-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-L >> End-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: *AlHd-R >> Al-R, because /6/ --> [(01)0(02)0], not *[(02)(01)(02)]: *AlHd-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(01)(02)0]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(01)(02)0]: Prs-2 >> Al-R, because /6/ --> [(01)0(02)0], not *[(01)00(02)]: Prs-2 >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)00]: Prs-2 >> End-L, because /4/ --> [(02)(01)], not *[(01)00]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because (01)0(02)0 >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #18: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(01)00(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] Parse-2 [= Prs-2] 18.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /3/ --> [(01)0], not *[0(01)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> *AlHd-L, because /4/ --> [(02)(01)], not *[00(01)]: Al-L >> End-L, because /4/ --> [(02)(01)], not *[00(01)]: Al-L >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)0(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0000000]: Al-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)00]: Al-R >> End-L, because /4/ --> [(02)(01)], not *[(01)00]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: Al-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(02)0(01)0]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(02)(02)(01)(02)]: *AlHd-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(02)(01)(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because (01)00(02) >> (02)(02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00(02) >> (02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #19: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)(02)(02)(02)0 Stratum #1 Align-L [= Al-L] *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *AlignHd-R [= *AlHd-R] 19.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /4/ --> [(01)00], not *[0(01)0]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: *Al-R >> Al-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Lps, because /8/ --> [(01)0(02)(02)0], not *[(01)(02)(02)(02)]: *Al-R >> Prs-2, because /4/ --> [(01)00], not *[(01)(02)]: *Lps >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)0(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #20: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Parse-2 [= Prs-2] Stratum #3 *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 20.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[00(01)(02)(02)0]: Al-L >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[0000(01)0]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)00000(02)]: *Al-R >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[(01)000(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> Prs-2, because /4/ --> [(01)00], not *[(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)(02)(02)0]: Prs-2 >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[(01)00000]: Arguments Derived from Transitivity of Domination Al-L >> *Lps Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)0 >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #21: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >(02)(02)(01)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(02)(02)(02)(01)0 Stratum #1 Align-L [= Al-L] *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *AlignHd-L [= *AlHd-L] End-L [= End-L] 21.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /4/ --> [(01)00], not *[0(01)0]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: *Al-R >> Al-R, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(02)(02)(01)]: *Al-R >> *Lps, because /8/ --> [(01)0(02)(02)0], not *[(02)(02)(02)(01)]: *Al-R >> Prs-2, because /4/ --> [(01)00], not *[(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *Lps >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(01)0(02)0]: *Lps >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)0(02)0(02)0]: Arguments Derived from Transitivity of Domination *Al-R >> *AlHd-L *Al-R >> End-L There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #22: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >(02)(02)(01)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Parse-2 [= Prs-2] Stratum #3 *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 22.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *Al-R >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(02)(02)0(01)]: *Al-R >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *Al-R >> Prs-2, because /4/ --> [(01)00], not *[(02)(01)]: *AlHd-R >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(01)(02)(02)0]: *AlHd-R >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)(02)(01)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *Lps, Prs-2} > *AlHd-L because (02)(01)0 >> (01)000 { *Lps, Prs-2} > End-L because (02)(02)(01)0 >> (01)00(02)0 { Al-L, *Lps} > *AlHd-L because (02)(02)(01)0 >> 0(01)0(02)0 { Al-L, *Lps} > End-L because (02)(02)(01)0 >> 0(01)0(02)0 { *Lps, Prs-2} > *AlHd-L because (02)(02)(01)0 >> (02)00(01)0 { Al-L, *Lps, Prs-2} > End-L because (02)(02)(01)0 >> 000(01)00 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #23: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 *Align-L [= *Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 Align-R [= Al-R] *Align-R [= *Al-R] 23.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /4/ --> [(01)00], not *[0(01)0]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > Al-R because (01)0 >> 0(01) { *Al-R, *AlHd-R} > Al-R because (01)00 >> (01)(02) { *Al-R, *AlHd-R} > *Lps because (01)00 >> (01)(02) { *Al-R, *AlHd-R} > Prs-2 because (01)00 >> (01)(02) { *Al-R, *AlHd-L, End-L} > Al-R because (01)00 >> (02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because (01)00 >> (02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because (01)00 >> (02)(01) { Al-R, *AlHd-R} > *Al-R because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-R} > *Lps because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because (01)0(02) >> (02)(01)0 { Al-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02) >> (01)00(02)0 { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because (01)0(02)(02)0 >> (02)0(02)0(01) { Al-L, *Al-R, End-L, *Lps} > Al-R because (01)0(02)(02)0 >> 0(02)(02)0(01) { *Al-R, *Lps, Prs-2} > Al-R because (01)0(02)(02)0 >> (01)0000(02) { Al-R, *Lps} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)0(02)0 { Al-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)(02)00 { Al-R, End-L, *Lps} > *Al-R because (01)0(02)(02)(02) >> (02)0(02)0(01)0 { Al-L, Al-R, End-L, *Lps} > *Al-R because (01)0(02)(02)(02) >> 0(02)(02)0(01)0 { Al-R, *AlHd-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (01)(02)00000 { Al-R, End-L, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (02)0000(01)0 { Al-L, Al-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> 000(01)0000 ------------------------------------------------------------------------------ OUTPUT SET #24: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 *Align-L [= *Al-L] Parse-2 [= Prs-2] Stratum #3 *Align-R [= *Al-R] Stratum #4 Align-R [= Al-R] *Lapse [= *Lps] 24.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[0000(01)0]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: *Al-R >> Al-R, because /8/ --> [(01)0(02)(02)0], not *[(01)0(02)0(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)000(02)]: *AlHd-R >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(01)(02)000]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> Prs-2, because /4/ --> [(01)00], not *[(01)(02)]: Prs-2 >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(01)00000]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Prs-2 because (01)00 >> (02)(01) { *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #25: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 *Align-L [= *Al-L] Parse-2 [= Prs-2] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 25.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /6/ --> [(01)0(02)0], not *[0000(01)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> Prs-2, because /4/ --> [(01)00], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: *AlHd-R >> Al-R, because /6/ --> [(01)0(02)0], not *[(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> Prs-2, because /4/ --> [(01)00], not *[(01)(02)]: Prs-2 >> Al-R, because /6/ --> [(01)0(02)0], not *[(01)00(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because (01)00 >> (02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00 >> (02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #26: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)0(02) /6/ --> >(01)00(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 26.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /4/ --> [(01)00], not *[00(01)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)0(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0000000]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: Al-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)0(02)0]: *AlHd-R >> Al-R, because /4/ --> [(01)00], not *[(01)(02)]: *AlHd-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)00000]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)(02)(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because (01)00 >> (02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because (01)00 >> (02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00(02) >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #27: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)000 /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)00 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 27.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> Prs-2, because /7/ --> [(01)0(02)00], not *[0(01)0(02)0]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)00000(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /7/ --> [(01)0(02)00], not *[(01)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> Prs-2, because /7/ --> [(01)0(02)00], not *[(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because (01)000 >> (02)(01)0 { *AlHd-L, End-L} > Prs-2 because (01)000 >> (02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #28: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >(01)00 /5/ --> >(01)000 /6/ --> >(01)0(02)0 /7/ --> >(01)00(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 Align-L [= Al-L] *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 28.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> Prs-2, because /7/ --> [(01)00(02)0], not *[0(01)0(02)0]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)00000(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /7/ --> [(01)00(02)0], not *[(01)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> Prs-2, because /7/ --> [(01)00(02)0], not *[(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because (01)000 >> (02)(01)0 { *AlHd-L, End-L} > Prs-2 because (01)000 >> (02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #29: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)(02)(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] 29.1. Ranking Arguments Direct Pairwise Arguments *Al-R >> Al-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Lps, because /8/ --> [(01)0(02)(02)0], not *[(01)(02)(02)(02)]: *Lps >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)0(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *Al-L, *Al-R, *AlHd-R} > Al-L because 0(01)0 >> (01)(02) { *Al-L, *Al-R, *AlHd-L, End-L} > Al-L because 0(01)0 >> (02)(01) { *Al-L, Prs-2} > Al-L because 0(01)0 >> (01)00 { *AlHd-L, End-L} > *AlHd-R because (01)(02)0 >> (02)(01)0 { Al-L, *AlHd-R} > *Al-L because (01)0(02)0 >> 0(01)(02)0 { Al-L, *Lps} > *Al-L because (01)(02)(02)0 >> 0(01)0(02)0 { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02)(02)0 >> 0(02)(02)(01)0 { Al-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(01)0(02)(02)0 { Al-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(01)(02)0(02)0 { Al-L, *AlHd-L, End-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(02)(01)0(02)0 { Al-L, End-L, *Lps} > *Al-L because (01)(02)(02)(02)0 >> 0(02)0(01)(02)0 { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02)0 >> 00(01)(02)000 { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02)0 >> 0000(01)(02)0 { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02)0 >> 00(01)00000 ------------------------------------------------------------------------------ OUTPUT SET #30: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] Stratum #3 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 30.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: Al-L >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[0(01)0(02)0]: *Al-R >> Al-L, because /4/ --> [0(01)0], not *[(01)(02)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)0(02)]: *Al-R >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)(02)(02)0]: Prs-2 >> Al-L, because /4/ --> [0(01)0], not *[(01)00]: Prs-2 >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[00(01)(02)(02)0]: Prs-2 >> *AlHd-R, because /7/ --> [(01)(02)(02)0], not *[0000(01)0]: Arguments Derived from Transitivity of Domination Al-L >> *Lps Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)0 >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #31: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] 31.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: *Al-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)(02)0(02)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)0(02)]: *Al-R >> *AlHd-R, because /5/ --> [(01)(02)0], not *[(01)0(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)(02)(02)0]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /7/ --> [0(01)0(02)0], not *[(01)(02)(02)0]: Prs-2 >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)(02)000]: Prs-2 >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[00(01)(02)(02)0]: Prs-2 >> *AlHd-R, because /5/ --> [(01)(02)0], not *[00(01)0]: Arguments Derived from Transitivity of Domination Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)0 >> (02)(01)0 { *AlHd-L, End-L} > Al-L because 0(01)0(02)0 >> (02)(02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #32: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)(02)0 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Stratum #3 *Align-L [= *Al-L] *Lapse [= *Lps] Stratum #4 Align-L [= Al-L] 32.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0(01)(02)(02)(02)]: *Al-R >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[0(01)0(02)(02)]: *Al-R >> *AlHd-R, because /5/ --> [(01)(02)0], not *[(01)0(02)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: Prs-2 >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[00000(01)0]: Prs-2 >> *AlHd-R, because /5/ --> [(01)(02)0], not *[(01)000]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)0 >> (02)(01)0 { *AlHd-L, End-L} > *Al-L because (01)0(02)0 >> 0(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #33: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)(02)0 /6/ --> >0(01)(02)0 /7/ --> >(01)(02)(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >(01)(02)(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] 33.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /8/ --> [0(01)(02)(02)0], not *[(01)(02)0(02)0]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /8/ --> [0(01)(02)(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)(02)0(02)(02)]: *Al-R >> *Al-L, because /9/ --> [(01)(02)(02)(02)0], not *[0(01)0(02)0(02)]: *Al-R >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[0(01)0(02)0(02)]: *Al-R >> *Lps, because /6/ --> [0(01)(02)0], not *[(01)(02)(02)]: *Lps >> *Al-L, because /9/ --> [(01)(02)(02)(02)0], not *[0(01)(02)0(02)0]: *Lps >> *AlHd-R, because /9/ --> [(01)(02)(02)(02)0], not *[(01)0(02)0(02)0]: Arguments Derived from Transitivity of Domination *Lps >> Al-L Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)0 >> (02)(02)(01)0 { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #34: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)(02)0 /6/ --> >0(01)(02)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] *Lapse [= *Lps] 34.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)0(02)(02)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Al-L, because /5/ --> [(01)(02)0], not *[0(01)(02)]: *Al-R >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[0(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[0(01)(02)(02)(02)]: Prs-2 >> *Al-L, because /5/ --> [(01)(02)0], not *[00(01)0]: Prs-2 >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[00000(01)0]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)(02)0 >> 0(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #35: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >(02)(02)(01)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(02)(02)(02)(01)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] 35.1. Ranking Arguments Direct Pairwise Arguments *Al-R >> Al-R, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(02)(02)(01)]: *Al-R >> *Lps, because /8/ --> [(01)0(02)(02)0], not *[(02)(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *Lps >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(01)0(02)0]: *Lps >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)0(02)0(02)0]: Arguments Derived from Transitivity of Domination *Al-R >> *AlHd-L *Al-R >> End-L Irreducible Set Arguments { *Al-L, *Al-R, *AlHd-R} > Al-L because 0(01)0 >> (01)(02) { *Al-L, *Al-R, *AlHd-L, End-L} > Al-L because 0(01)0 >> (02)(01) { *Al-L, Prs-2} > Al-L because 0(01)0 >> (01)00 { Al-L, *AlHd-R} > *Al-L because (01)0(02)0 >> 0(01)(02)0 { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02)0 >> 0(02)(01)0 { Al-L, *Lps} > *Al-L because (02)(02)(01)0 >> 0(01)0(02)0 { Al-L, *Lps} > *Al-L because (02)(02)(01)0 >> 0(02)0(01)0 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(01)0(02)(02)0 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(02)(02)0(01)0 { Al-L, *Lps} > *Al-L because (02)(02)(02)(01)0 >> 0(02)0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #36: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >(02)(02)(01)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] Stratum #3 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 36.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: *Al-R >> Al-L, because /4/ --> [0(01)0], not *[(02)(01)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *Al-R >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(02)(02)0(01)]: *Al-R >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /7/ --> [(02)(02)(01)0], not *[(01)(02)(02)0]: *AlHd-R >> End-L, because /7/ --> [(02)(02)(01)0], not *[(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)(02)(01)(02)0]: Prs-2 >> Al-L, because /4/ --> [0(01)0], not *[(01)00]: Arguments Derived from Transitivity of Domination *Al-R >> *Al-L Prs-2 >> *Al-L Irreducible Set Arguments { *Lps, Prs-2} > *AlHd-L because (02)(01)0 >> (01)000 { *Lps, Prs-2} > End-L because (02)(02)(01)0 >> (01)00(02)0 { Al-L, *Lps} > *AlHd-L because (02)(02)(01)0 >> 0(01)0(02)0 { Al-L, *Lps} > End-L because (02)(02)(01)0 >> 0(01)0(02)0 { *Lps, Prs-2} > *AlHd-L because (02)(02)(01)0 >> (02)00(01)0 { Al-L, *Lps, Prs-2} > End-L because (02)(02)(01)0 >> 000(01)00 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #37: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] 37.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: *Al-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(02)0(02)(01)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[0(02)0(01)0(02)]: *Al-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(02)0(01)0(02)]: *Al-R >> *AlHd-L, because /5/ --> [(02)(01)0], not *[(02)0(01)]: *Al-R >> End-L, because /5/ --> [(02)(01)0], not *[(01)0(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)0(02)(02)(01)]: *AlHd-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(02)(01)(02)0]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(02)0(01)(02)0]: *AlHd-R >> *AlHd-L, because /5/ --> [(02)(01)0], not *[(01)(02)0]: *AlHd-R >> End-L, because /5/ --> [(02)(01)0], not *[(01)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(02)(02)(01)(02)0]: Prs-2 >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)00(02)0]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-L Irreducible Set Arguments { *Lps, Prs-2} > *AlHd-L because (02)(01)0 >> (01)000 { *Lps, Prs-2} > End-L because (02)(01)0 >> (01)000 { Al-L, *Lps, Prs-2} > End-L because (02)(01)0 >> 00(01)0 { *AlHd-L, End-L} > Al-L because 0(01)0(02)0 >> (02)(02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #38: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(02)(01)0 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 *Align-L [= *Al-L] *Lapse [= *Lps] Stratum #4 Align-L [= Al-L] 38.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(01)(02)0]: *AlHd-R >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[0(02)(01)(02)0]: *AlHd-R >> *AlHd-L, because /5/ --> [(02)(01)0], not *[(01)(02)0]: *AlHd-R >> End-L, because /5/ --> [(02)(01)0], not *[(01)(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(01)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *Al-R, *Lps} > *Al-L because (01)0 >> 0(01) { *Al-L, *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0 >> (02)(01) { *Al-R, *Lps} > Al-R because (02)(01)0 >> (01)0(02) { *Al-R, *Lps} > *AlHd-L because (02)(01)0 >> (01)0(02) { *Al-R, *Lps} > End-L because (02)(01)0 >> (01)0(02) { Al-L, *Al-R, *Lps} > Al-R because (02)(01)0 >> 0(02)(01) { *Lps, Prs-2} > *AlHd-L because (02)(01)0 >> (01)000 { *Lps, Prs-2} > End-L because (02)(01)0 >> (01)000 { *Al-R, *Lps} > Al-R because (02)(01)0 >> (02)0(01) { *Al-R, *AlHd-R} > Al-R because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-L, End-L} > *Lps because (01)0(02)0 >> (02)(02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02)0 >> 0(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-L, *Al-R} > *Lps because 0(01)0(02)0 >> (01)0(02)(02) { *Al-L, *Al-R, End-L} > Al-R because 0(01)0(02)0 >> (02)(02)0(01) { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because (01)0(02)(02)0 >> (02)(02)(01)(02) { *Al-R, End-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(02)000(01) { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(01)00000 { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00000(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 00(01)000(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0000(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #39: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(02)(01)0 /6/ --> >0(02)(01)0 /7/ --> >(02)(02)(01)0 /8/ --> >0(02)(02)(01)0 /9/ --> >(02)(02)(02)(01)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] 39.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /8/ --> [0(02)(02)(01)0], not *[(02)0(02)(01)0]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(02)(02)0(01)0]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /8/ --> [0(02)(02)(01)0], not *[(02)0(01)0(02)]: *Al-R >> Al-R, because /9/ --> [(02)(02)(02)(01)0], not *[0(02)0(01)0(02)]: *Al-R >> *Al-L, because /9/ --> [(02)(02)(02)(01)0], not *[0(02)0(01)0(02)]: *Al-R >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[0(02)0(01)0(02)]: *Al-R >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[0(01)0(02)0(02)]: *Al-R >> *Lps, because /6/ --> [0(02)(01)0], not *[(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)(02)(02)(02)0]: *Lps >> *Al-L, because /9/ --> [(02)(02)(02)(01)0], not *[0(02)0(02)(01)0]: *Lps >> *AlHd-L, because /9/ --> [(02)(02)(02)(01)0], not *[(02)0(01)0(02)0]: *Lps >> End-L, because /9/ --> [(02)(02)(02)(01)0], not *[(01)0(02)0(02)0]: Arguments Derived from Transitivity of Domination *Lps >> Al-L There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #40: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(02)(01)0 /6/ --> >0(02)(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(02)(02)(01)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] *Lapse [= *Lps] 40.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(02)0(01)0(02)0]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(02)(02)0(01)0]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)0(02)(02)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Al-L, because /5/ --> [(02)(01)0], not *[0(02)(01)]: *Al-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(02)(02)0(01)]: *Al-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)0(02)(02)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[0(02)(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: *AlHd-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: Prs-2 >> *Al-L, because /5/ --> [(02)(01)0], not *[00(01)0]: Prs-2 >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[00000(01)0]: Prs-2 >> End-L, because /8/ --> [0(02)(02)(01)0], not *[00000(01)0]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Prs-2 >> Al-L Prs-2 >> *Lps There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #41: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)(02)(02) Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Lapse [= *Lps] Stratum #3 Align-R [= Al-R] *Align-L [= *Al-L] *Align-R [= *Al-R] 41.1. Ranking Arguments Direct Pairwise Arguments (none) There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > *Al-L because (01)0 >> 0(01) { *Al-L, *Al-R, *AlHd-R} > Al-L because 0(01)0 >> (01)(02) { *Al-L, *Al-R, *AlHd-R} > Al-R because 0(01)0 >> (01)(02) { *Al-L, *Al-R, *AlHd-L, End-L} > Al-L because 0(01)0 >> (02)(01) { *Al-L, *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0 >> (02)(01) { *Al-L, Prs-2} > Al-L because 0(01)0 >> (01)00 { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0 >> 00(01) { Al-R, *AlHd-R} > *Al-R because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-R} > *Lps because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because (01)0(02) >> (02)(01)0 { Al-L, *AlHd-R} > *Al-L because (01)0(02) >> 0(01)(02) { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *Al-R, *AlHd-R} > Al-R because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because (01)0(02)0 >> (02)(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because (01)0(02)0 >> (02)(02)(01) { Al-L, Al-R, *Lps} > *Al-L because (01)0(02)(02) >> 0(01)0(02)0 { Al-L, Al-R, *Lps} > *Al-R because (01)0(02)(02) >> 0(01)0(02)0 { *Al-R, *AlHd-R} > *Lps because (01)0(02)(02)0 >> (01)(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because (01)0(02)(02)0 >> (02)(02)(02)(01) { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Al-R, *AlHd-R, *AlHd-L, End-L} > *Lps because (01)0(02)(02)0 >> (02)(02)(01)(02) { *Al-R, End-L, *Lps} > Al-R because (01)0(02)(02)0 >> (02)0(02)0(01) { *Al-R, End-L, *Lps} > Al-R because (01)0(02)(02)0 >> (02)0(01)0(02) { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(01)0000 { Al-R, *Lps} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)0(02)0 { Al-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(01)0(02)0(02) { Al-R, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (01)0(02)(02)00 { Al-R, End-L, *Lps} > *Al-R because (01)0(02)(02)(02) >> (02)0(01)0(02)0 { Al-L, End-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(02)0(02)0(01) { Al-L, End-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(02)0(01)0(02) { Al-L, *AlHd-R, *Lps, Prs-2} > *Al-L because (01)0(02)(02)(02) >> 000(01)(02)(02) { Al-R, End-L, *Lps, Prs-2} > *Al-R because (01)0(02)(02)(02) >> (02)0000(01)0 { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)(02) >> 00(01)000(02) ------------------------------------------------------------------------------ OUTPUT SET #42: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Stratum #3 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #4 Align-R [= Al-R] *Lapse [= *Lps] 42.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: Al-L >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[0(01)0(02)0]: *Al-R >> Al-R, because /8/ --> [(01)0(02)(02)0], not *[(01)0(02)0(02)]: *Al-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-L, because /4/ --> [0(01)0], not *[(01)(02)]: *AlHd-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: *AlHd-R >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: Prs-2 >> Al-L, because /4/ --> [0(01)0], not *[(01)00]: Prs-2 >> *Al-R, because /7/ --> [(01)0(02)(02)], not *[0000(01)0]: Arguments Derived from Transitivity of Domination Al-L >> Al-R Al-L >> *Lps Prs-2 >> Al-R Prs-2 >> *Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-L because 0(01)0 >> (02)(01) { *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #43: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Stratum #3 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 43.1. Ranking Arguments Direct Pairwise Arguments Al-L >> Al-R, because /6/ --> [(01)0(02)0], not *[0(01)0(02)]: Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: *AlHd-R >> Al-L, because /4/ --> [0(01)0], not *[(01)(02)]: *AlHd-R >> Al-R, because /6/ --> [(01)0(02)0], not *[(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: Prs-2 >> Al-L, because /4/ --> [0(01)0], not *[(01)00]: Prs-2 >> Al-R, because /6/ --> [(01)0(02)0], not *[0000(01)]: Arguments Derived from Transitivity of Domination Al-L >> *Al-R Al-L >> *Lps *AlHd-R >> *Al-L Prs-2 >> *Al-L Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-L because 0(01)0 >> (02)(01) { *AlHd-L, End-L} > Al-R because (01)0(02)0 >> (02)(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because (01)0(02)0 >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #44: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] Stratum #3 Align-L [= Al-L] Align-R [= Al-R] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] 44.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: *Al-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)0(02)(02)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)0(02)]: *Al-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)0(02)]: *Al-R >> *Lps, because /7/ --> [0(01)0(02)0], not *[(01)0(02)(02)]: *AlHd-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)(02)0(02)]: *AlHd-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: *AlHd-R >> *Al-R, because /5/ --> [(01)0(02)], not *[(01)(02)0]: *AlHd-R >> *Lps, because /9/ --> [(01)0(02)0(02)0], not *[(01)(02)0(02)(02)]: Prs-2 >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)00(02)0]: Prs-2 >> *Al-R, because /5/ --> [(01)0(02)], not *[(01)000]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-R Prs-2 >> *Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > Al-L because 0(01)0(02)0 >> (02)(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #45: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Align-L [= *Al-L] *Lapse [= *Lps] Stratum #4 Align-L [= Al-L] 45.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > Al-R because (01)0 >> 0(01) { *Al-R, *Lps} > *Al-L because (01)0 >> 0(01) { *Al-L, *Al-R, *AlHd-R} > Al-R because 0(01)0 >> (01)(02) { Al-R, *AlHd-R} > *Al-R because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { Al-R, *Lps, Prs-2} > *Al-R because (01)0(02) >> (01)000 { *Al-R, *AlHd-R} > Al-R because (01)0(02)0 >> (01)(02)(02) { *Al-R, *AlHd-L, End-L} > *Lps because (01)0(02)0 >> (02)(02)(01) { *Lps, Prs-2} > *Al-L because (01)0(02)0 >> 0(01)000 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-L, *Al-R} > *Lps because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(01)00(02)0 { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because (01)0(02)(02)0 >> (02)(02)(01)(02) { *Al-R, *Lps, Prs-2} > Al-R because (01)0(02)(02)0 >> (01)0000(02) { End-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(02)0(01)0 { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(01)0000 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02)0 >> (02)(02)(02)(01)0 { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-L, *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02)0 >> (02)0(02)(02)(01) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0(01)0000(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 00(01)000(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0000(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #46: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 Align-L [= Al-L] Stratum #4 *Align-L [= *Al-L] 46.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: *Al-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)000(02)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /7/ --> [0(01)0(02)0], not *[(01)0(02)(02)]: *Al-R >> Prs-2, because /5/ --> [0(01)00], not *[(01)0(02)]: *AlHd-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)(02)(02)0]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /7/ --> [0(01)0(02)0], not *[(01)(02)(02)0]: *AlHd-R >> Prs-2, because /5/ --> [0(01)00], not *[(01)(02)0]: Prs-2 >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)00(02)0]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-L Irreducible Set Arguments { *AlHd-L, End-L} > Al-L because 0(01)00 >> (02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)00 >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #47: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] 47.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)00000]: *AlHd-R >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[000(01)(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> Prs-2, because /5/ --> [0(01)00], not *[(01)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > Al-R because (01)0 >> 0(01) { *Al-R, *Lps} > *Al-L because (01)0 >> 0(01) { *Al-L, *AlHd-L, End-L} > Prs-2 because 0(01)00 >> (02)(01)0 { *Al-L, *Al-R} > *Lps because 0(01)00 >> (01)0(02) { *Al-L, *Al-R} > Prs-2 because 0(01)00 >> (01)0(02) { *Al-R, *AlHd-R} > Al-R because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)00 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 0(01)00 >> 0(02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02)0 >> 0(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(01)00(02)0 { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because (01)0(02)(02)0 >> (02)(02)(01)(02) { End-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(02)0(01)0 { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(01)0000 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02)0 >> (02)(02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) ------------------------------------------------------------------------------ OUTPUT SET #48: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)(02)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-R [= *AlHd-R] 48.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> Prs-2, because /5/ --> [0(01)00], not *[(01)(02)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[000000(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[0(01)(02)(02)(02)]: *Al-R >> Prs-2, because /5/ --> [0(01)00], not *[0(01)(02)]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)0 >> 0(02)(01)0 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0(01)00(02)0 { End-L, *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 00(02)0(01)0 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0000(01)00 ------------------------------------------------------------------------------ OUTPUT SET #49: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(02)(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(02)(02)(01)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 49.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *Al-L >> Prs-2, because /5/ --> [0(01)00], not *[(02)(01)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[000000(01)]: *Al-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[000000(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[0(02)(02)(02)(01)]: *Al-R >> Prs-2, because /5/ --> [0(01)00], not *[0(02)(01)]: *AlHd-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: *AlHd-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Irreducible Set Arguments { *Lps, Prs-2} > End-L because 0(02)(01)0 >> 0(01)000 { *Lps, Prs-2} > End-L because 0(02)(02)(01)0 >> 0(01)00(02)0 { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 0(01)00000 { *Lps, Prs-2} > End-L because 0(02)(02)(01)0 >> 0000(01)00 ------------------------------------------------------------------------------ OUTPUT SET #50: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 50.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #51: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 51.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #52: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 52.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #53: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 53.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #54: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 54.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #55: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 55.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #56: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 56.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #57: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 57.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #58: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 58.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #59: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >(01)0(02)0(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 Align-L [= Al-L] Stratum #4 *Align-L [= *Al-L] 59.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)0(02)(02)0]: *Al-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)000(02)]: *Al-R >> Al-R, because /9/ --> [(01)0(02)0(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /7/ --> [0(01)0(02)0], not *[(01)0(02)(02)]: *Al-R >> Prs-2, because /5/ --> [00(01)0], not *[(01)0(02)]: *AlHd-R >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)(02)(02)0]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)0(02)0], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /7/ --> [0(01)0(02)0], not *[(01)(02)(02)0]: *AlHd-R >> Prs-2, because /5/ --> [00(01)0], not *[(01)(02)0]: Prs-2 >> Al-L, because /7/ --> [0(01)0(02)0], not *[(01)00(02)0]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-L Irreducible Set Arguments { *AlHd-L, End-L} > Al-L because 00(01)0 >> (02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)0 >> (02)(01)0 { *AlHd-L, End-L} > *Lps because (01)0(02)0(02)0 >> (02)(02)(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #60: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >(01)0(02)0 /7/ --> >0(01)0(02)0 /8/ --> >(01)0(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] 60.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)00000]: *AlHd-R >> *Al-L, because /8/ --> [(01)0(02)(02)0], not *[000(01)(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> Prs-2, because /5/ --> [00(01)0], not *[(01)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Al-R, *Lps} > Al-R because (01)0 >> 0(01) { *Al-R, *Lps} > *Al-L because (01)0 >> 0(01) { *Al-L, *AlHd-L, End-L} > Prs-2 because 00(01)0 >> (02)(01)0 { *Al-L, *Al-R} > *Lps because 00(01)0 >> (01)0(02) { *Al-L, *Al-R} > Prs-2 because 00(01)0 >> (01)0(02) { *Al-R, *AlHd-R} > Al-R because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 00(01)0 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 00(01)0 >> 0(02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02)0 >> 0(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *Lps} > Al-R because (01)0(02)(02)0 >> (01)0(02)0(02) { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 0(01)00(02)0 { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because (01)0(02)(02)0 >> (02)(02)(01)(02) { End-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(02)0(01)0 { *Lps, Prs-2} > *Al-L because (01)0(02)(02)0 >> 00(01)0000 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02)0 >> (02)(02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) ------------------------------------------------------------------------------ OUTPUT SET #61: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)(02)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-R [= *AlHd-R] 61.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> Prs-2, because /5/ --> [00(01)0], not *[(01)(02)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[000000(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[0(01)(02)(02)(02)]: *Al-R >> Prs-2, because /5/ --> [00(01)0], not *[0(01)(02)]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)0 >> 0(02)(01)0 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0(01)00(02)0 { End-L, *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 00(02)0(01)0 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0000(01)00 ------------------------------------------------------------------------------ OUTPUT SET #62: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(02)(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(02)(02)(01)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 62.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *Al-L >> Prs-2, because /5/ --> [00(01)0], not *[(02)(01)0]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[000000(01)]: *Al-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[000000(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[0(02)(02)(02)(01)]: *Al-R >> Prs-2, because /5/ --> [00(01)0], not *[0(02)(01)]: *AlHd-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: *AlHd-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: Arguments Derived from Transitivity of Domination *Al-R >> Al-L Irreducible Set Arguments { *Lps, Prs-2} > End-L because 0(02)(01)0 >> 0(01)000 { *Lps, Prs-2} > End-L because 0(02)(02)(01)0 >> 0(01)00(02)0 { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 0(01)00000 { *Lps, Prs-2} > End-L because 0(02)(02)(01)0 >> 0000(01)00 ------------------------------------------------------------------------------ OUTPUT SET #63: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 63.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #64: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 64.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #65: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 65.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #66: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 66.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #67: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 67.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #68: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 68.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #69: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 69.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #70: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 70.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #71: /2/ --> >(01) (actual) /3/ --> >(01)0 /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-R [= Al-R] *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] 71.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *Lps, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)(02)0]: *Al-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Al-L, because /3/ --> [(01)0], not *[0(01)]: *Al-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #72: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)(02)(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)(02)(02)(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] 72.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-R, because /8/ --> [(01)(02)(02)(02)], not *[(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *Lps >> *AlHd-R, because /8/ --> [(01)(02)(02)(02)], not *[(01)0(02)0(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > Al-L because 0(01) >> (01)0 { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { Al-L, *AlHd-R} > *Al-L because (01)0(02) >> 0(01)(02) { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02)(02) >> 0(02)(02)(01) { Al-L, Al-R, *Lps, Prs-2} > *Al-L because (01)0(02)(02) >> 0000(01)0 { Al-L, *Lps} > *Al-L because (01)(02)(02)(02) >> 0(01)0(02)(02) { Al-L, *Lps} > *Al-L because (01)(02)(02)(02) >> 0(01)(02)0(02) { Al-L, *Lps, Prs-2} > *Al-L because (01)(02)(02)(02) >> 0000(01)(02) { Al-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(01)0(02)0(02) ------------------------------------------------------------------------------ OUTPUT SET #73: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)(02)(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 73.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: Al-L >> *AlHd-R, because /6/ --> [(01)(02)(02)], not *[0(01)0(02)]: Al-R >> Al-L, because /3/ --> [0(01)], not *[(01)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)(02)(02)(02)]: Prs-2 >> *AlHd-R, because /6/ --> [(01)(02)(02)], not *[(01)00(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Lps Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #74: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >(01)00(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] Parse-2 [= Prs-2] 74.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: Al-L >> *AlHd-R, because /4/ --> [(01)(02)], not *[00(01)]: Al-L >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)0(02)]: Al-R >> Al-L, because /3/ --> [0(01)], not *[(01)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: Al-R >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)(02)0]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)(02)(02)(02)]: *AlHd-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)(02)(02)]: Arguments Derived from Transitivity of Domination Al-L >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Lps because (01)00(02) >> (02)(02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00(02) >> (02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #75: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] 75.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)0(02)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(01)(02)(02)(02)0]: *AlHd-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)(02)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> *Lps, because /6/ --> [0(01)0(02)], not *[(01)(02)(02)]: Prs-2 >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)00(02)]: Prs-2 >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[00(01)(02)(02)]: Prs-2 >> *AlHd-R, because /4/ --> [(01)(02)], not *[00(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > Al-L because 0(01)0(02) >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #76: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #3 *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] Stratum #5 Align-L [= Al-L] 76.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)(02)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)0(02)]: *AlHd-R >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Lps >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)0(02)0(02)]: Prs-2 >> *AlHd-R, because /4/ --> [(01)(02)], not *[00(01)]: Arguments Derived from Transitivity of Domination Al-R >> Al-L Al-R >> *Al-L *Lps >> Al-L Prs-2 >> Al-L Prs-2 >> *Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02) >> (02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #77: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *Lapse [= *Lps] 77.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0(01)0(02)0]: Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-R, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0(01)(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: Prs-2 >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[00000(01)]: Prs-2 >> *AlHd-R, because /4/ --> [(01)(02)], not *[00(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02) >> (02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #78: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >0(01)(02) /6/ --> >(01)(02)(02) /7/ --> >0(01)(02)(02) /8/ --> >(01)(02)(02)(02) /9/ --> >0(01)(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] 78.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Al-L, because /8/ --> [(01)(02)(02)(02)], not *[0(01)(02)(02)0]: Al-R >> *Al-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /5/ --> [0(01)(02)], not *[(01)(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)(02)(02)(02)], not *[(01)(02)0(02)(02)]: *Al-L >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[(01)0(02)(02)(02)]: *Lps >> *Al-L, because /8/ --> [(01)(02)(02)(02)], not *[0(01)(02)0(02)]: *Lps >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination *Lps >> Al-L Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02) >> (02)(02)(01) { *AlHd-L, End-L} > *AlHd-R because (01)(02)(02)(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #79: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Stratum #4 *AlignHd-R [= *AlHd-R] 79.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Al-L, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [0(01)(02)(02)(02)], not *[(01)(02)(02)(02)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Al-L >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Lps >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)0(02)]: Prs-2 >> *Al-L, because /4/ --> [(01)(02)], not *[00(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *AlHd-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)(02) >> 0(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #80: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(01)(02) /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 80.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *Al-L, because /4/ --> [(01)(02)], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[0(01)0(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *Al-L >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[(01)0(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)(02)(02)]: Prs-2 >> *Al-L, because /4/ --> [(01)(02)], not *[00(01)]: Prs-2 >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)(02) >> 0(02)(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #81: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(02)(02)(01) /7/ --> >(01)0(02)(02) /8/ --> >(02)(02)(02)(01) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] 81.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: *AlHd-R >> *AlHd-L, because /8/ --> [(02)(02)(02)(01)], not *[(01)(02)(02)(02)]: *AlHd-R >> End-L, because /8/ --> [(02)(02)(02)(01)], not *[(01)(02)(02)(02)]: *Lps >> *AlHd-L, because /8/ --> [(02)(02)(02)(01)], not *[(02)0(01)0(02)]: *Lps >> End-L, because /8/ --> [(02)(02)(02)(01)], not *[(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination Al-R >> *AlHd-L Al-R >> End-L Irreducible Set Arguments { Al-R, *Al-L} > Al-L because 0(01) >> (01)0 { Al-L, *AlHd-R} > *Al-L because (01)0(02) >> 0(01)(02) { Al-L, *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { Al-L, Al-R, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(02)(02)(01)0 { Al-L, *AlHd-R, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(01)(02)0(02) { Al-L, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(02)(02)0(01) { Al-L, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(02)(01)0(02) { Al-L, *Lps} > *Al-L because (02)(02)(02)(01) >> 0(02)0(02)(01) { Al-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(01)0(02)0(02) { Al-L, End-L, *Lps} > *Al-L because (01)0(02)(02)(02) >> 0(02)0(02)0(01) { Al-L, *Lps, Prs-2} > *Al-L because (01)0(02)(02)(02) >> 00(01)000(02) ------------------------------------------------------------------------------ OUTPUT SET #82: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(02)(02)(01) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 82.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-R >> Al-L, because /3/ --> [0(01)], not *[(01)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)0(02)(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)0(02)(01)0]: Al-R >> *AlHd-L, because /6/ --> [(02)(02)(01)], not *[(02)0(01)0]: Al-R >> End-L, because /6/ --> [(02)(02)(01)], not *[(01)0(02)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: *AlHd-R >> *AlHd-L, because /6/ --> [(02)(02)(01)], not *[(01)(02)(02)]: *AlHd-R >> End-L, because /6/ --> [(02)(02)(01)], not *[(01)(02)(02)]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(02)(02)(01)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *Lps, Prs-2} > *AlHd-L because (02)(02)(01) >> (01)00(02) { *Lps, Prs-2} > End-L because (02)(02)(01) >> (01)00(02) { Al-L, *Lps} > *AlHd-L because (02)(02)(01) >> 0(01)0(02) { Al-L, *Lps} > End-L because (02)(02)(01) >> 0(01)0(02) { *Lps, Prs-2} > *AlHd-L because (02)(02)(01) >> (02)00(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #83: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >(01)00(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] Parse-2 [= Prs-2] 83.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)0(02)]: Al-R >> Al-L, because /3/ --> [0(01)], not *[(01)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> End-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: Al-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(02)0(01)0]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(02)(02)(01)(02)]: *AlHd-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(02)(01)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-L, *Lps, Prs-2} > *AlHd-L because (02)(01) >> 00(01) { Al-L, *Lps, Prs-2} > End-L because (02)(01) >> 00(01) { *AlHd-L, End-L} > *Lps because (01)00(02) >> (02)(02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00(02) >> (02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #84: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] 84.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(02)0(01)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)0(02)(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)0(02)(01)0]: Al-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> End-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [(01)0(02)(02)(02)], not *[(02)(02)(02)(01)0]: *AlHd-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(02)(01)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)(02)(01)(02)]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(02)(02)(01)(02)]: Prs-2 >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)00(02)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-L Irreducible Set Arguments { Al-L, *Lps, Prs-2} > *AlHd-L because (02)(01) >> 00(01) { Al-L, *Lps, Prs-2} > End-L because (02)(01) >> 00(01) { *AlHd-L, End-L} > Al-L because 0(01)0(02) >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #85: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] Stratum #5 Align-L [= Al-L] 85.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> End-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)(02)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)0(02)]: *AlHd-R >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(02)(02)(01)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(02)(02)(01)(02)]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(02)(02)(01)(02)]: *Lps >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination Al-R >> Al-L Al-R >> *Al-L *Lps >> Al-L Irreducible Set Arguments { Al-L, *Lps, Prs-2} > *AlHd-L because (02)(01) >> 00(01) { Al-L, *Lps, Prs-2} > End-L because (02)(01) >> 00(01) { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02) >> (02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #86: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *Lapse [= *Lps] 86.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0(01)0(02)0]: Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> End-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(02)(01)(02)]: *AlHd-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0(02)(01)(02)]: *AlHd-R >> *AlHd-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> End-L, because /4/ --> [(02)(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)(02)(01)(02)]: Prs-2 >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[00000(01)]: Prs-2 >> *AlHd-L, because /4/ --> [(02)(01)], not *[00(01)]: Prs-2 >> End-L, because /4/ --> [(02)(01)], not *[00(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #87: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >0(02)(01) /6/ --> >(02)(02)(01) /7/ --> >0(02)(02)(01) /8/ --> >(02)(02)(02)(01) /9/ --> >0(02)(02)(02)(01) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] 87.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)0(01)0(02)0]: Al-R >> *Al-L, because /8/ --> [(02)(02)(02)(01)], not *[0(02)(02)(01)0]: Al-R >> *Al-R, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(02)(01)0]: Al-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)(02)0(01)0]: Al-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /5/ --> [0(02)(01)], not *[(02)(01)0]: *Al-L >> Al-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)0(02)(02)(01)]: *Al-L >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)(02)(02)0(01)]: *Al-L >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[(01)0(02)(02)(02)]: *AlHd-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *AlHd-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *Lps >> *Al-L, because /8/ --> [(02)(02)(02)(01)], not *[0(02)0(02)(01)]: *Lps >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(01)0(02)]: *Lps >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination *Lps >> Al-L There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #88: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(02)(02)(01) /8/ --> >0(01)0(02)(02) /9/ --> >0(02)(02)(02)(01) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-L [= Al-L] *Lapse [= *Lps] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 88.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(02)(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[0(02)(02)(01)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(02)0(01)0(02)]: *Al-L >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)(02)(02)0(01)]: *Al-L >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(02)(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *AlHd-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *Lps >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(01)0(02)]: *Lps >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)0(02)0(02)]: Prs-2 >> *Al-L, because /4/ --> [(02)(01)], not *[00(01)]: Arguments Derived from Transitivity of Domination Al-R >> Al-L Al-R >> *AlHd-L Al-R >> End-L Prs-2 >> Al-L Prs-2 >> *AlHd-L Prs-2 >> End-L Prs-2 >> *Lps There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #89: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >(02)(01) /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(02)(02)(01) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #3 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 89.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: Al-R >> *Al-L, because /4/ --> [(02)(01)], not *[0(01)0]: Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(02)0(02)(01)0]: Al-R >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[0(02)0(01)0]: Al-R >> End-L, because /7/ --> [0(02)(02)(01)], not *[0(01)0(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)0(02)(01)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(02)(02)(01)]: *Al-L >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[(02)(02)0(01)]: *Al-L >> End-L, because /7/ --> [0(02)(02)(01)], not *[(01)0(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[0(01)(02)(02)]: *AlHd-R >> End-L, because /7/ --> [0(02)(02)(01)], not *[0(01)(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)(02)(01)(02)]: Prs-2 >> *Al-L, because /4/ --> [(02)(01)], not *[00(01)]: Prs-2 >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[00000(01)]: Prs-2 >> End-L, because /7/ --> [0(02)(02)(01)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #90: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] Stratum #3 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] 90.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)0(02)0]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)0(02)(02)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: *AlHd-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)(02)(02)]: *AlHd-R >> Al-R, because /4/ --> [0(01)0], not *[(01)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> *Lps, because /6/ --> [0(01)0(02)], not *[(01)(02)(02)]: Prs-2 >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)00(02)]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Arguments Derived from Transitivity of Domination *AlHd-R >> *Al-R Prs-2 >> *Al-L Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because 0(01)0 >> (02)(01) ------------------------------------------------------------------------------ OUTPUT SET #91: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 *Align-L [= *Al-L] Stratum #5 Align-L [= Al-L] 91.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)(02)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)0(02)]: *AlHd-R >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *AlHd-R >> Al-R, because /4/ --> [0(01)0], not *[(01)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Lps >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)0(02)0(02)]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Arguments Derived from Transitivity of Domination Al-R >> Al-L Al-R >> *Al-L *AlHd-R >> *Al-R *Lps >> Al-L Prs-2 >> Al-L Prs-2 >> *Al-L Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because 0(01)0 >> (02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #92: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-R [= Al-R] Stratum #3 *Align-L [= *Al-L] *Align-R [= *Al-R] Stratum #4 Align-L [= Al-L] *Lapse [= *Lps] 92.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0(01)0(02)0]: Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> Al-R, because /4/ --> [0(01)0], not *[(01)(02)]: *AlHd-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Prs-2 >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because 0(01)0 >> (02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #93: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)(02)0 Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 Align-R [= Al-R] 93.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *AlHd-R >> *Al-L, because /5/ --> [(01)0(02)], not *[0(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { Al-R, *Al-L} > *Lps because 0(01) >> (01)0 { Al-R, *AlHd-R} > *Al-R because (01)0(02) >> (01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because (01)0(02) >> (02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because (01)0(02) >> (02)(01)0 { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *Lps, Prs-2} > *Al-L because (01)0(02) >> 000(01) { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> (02)(02)(01) { Al-R, *Al-L, End-L} > *Lps because 0(01)0(02) >> (02)0(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 0(01)0(02)0 >> (02)(02)0(01) { *Al-L, *Al-R, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)0(01) { Al-R, End-L, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0(02)00(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0(01)00000 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00000(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-L, *Al-R} > *Lps because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(01)(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 00(01)000(02) ------------------------------------------------------------------------------ OUTPUT SET #94: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 *Align-L [= *Al-L] Stratum #3 Align-L [= Al-L] Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 94.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> Al-R, because /7/ --> [0(01)0(02)0], not *[(01)0(02)(02)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> Al-R, because /7/ --> [0(01)0(02)0], not *[(01)(02)0(02)]: *AlHd-R >> *Al-L, because /5/ --> [(01)0(02)], not *[0(01)(02)]: *AlHd-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: Prs-2 >> Al-R, because /7/ --> [0(01)0(02)0], not *[00000(01)]: Prs-2 >> *Al-L, because /5/ --> [(01)0(02)], not *[000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #95: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)(02) /6/ --> >0(01)(02)0 /7/ --> >0(01)(02)(02) /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)(02)(02)(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Lapse [= *Lps] Stratum #3 Align-R [= Al-R] *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] 95.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)(02)(02)(02)], not *[(01)(02)0(02)(02)]: *Al-L >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[(01)0(02)(02)(02)]: *Lps >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)0(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { Al-R, *Al-L} > *Lps because 0(01) >> (01)0 { *Al-L, *Al-R} > *Lps because 0(01)0 >> (01)(02) { Al-R, *Al-L, *AlHd-L, End-L} > *Lps because 0(01)(02) >> (02)(01)0 { *AlHd-L, End-L} > *AlHd-R because 0(01)(02) >> 0(02)(01) { *Al-L, *Al-R} > Al-R because 0(01)(02)0 >> (01)(02)(02) { Al-R, *Lps, Prs-2} > *Al-R because 0(01)(02)(02) >> 0000(01)0 { *Al-L, *Al-R} > Al-R because 0(01)(02)(02)0 >> (01)(02)(02)(02) { *Al-L, *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> (01)0(02)0(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)0(02)(02) { *Al-L, *Al-R, *AlHd-L, End-L} > Al-R because 0(01)(02)(02)0 >> (02)(02)(01)(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)(02)0(02) { *Al-R, *AlHd-L, End-L, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(02)(01)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(02)0(01)(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)(02)(02)0 >> 000(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)(02)(02)0 >> 000000(01) { Al-R, *Lps} > *Al-R because 0(01)(02)(02)(02) >> 0(01)0(02)(02)0 { Al-R, *Al-L, End-L, *Lps} > *Al-R because 0(01)(02)(02)(02) >> (02)0(01)0(02)0 { Al-R, *Lps} > *Al-R because 0(01)(02)(02)(02) >> 0(01)(02)0(02)0 { Al-R, *AlHd-L, End-L, *Lps} > *Al-R because 0(01)(02)(02)(02) >> 0(02)(01)0(02)0 { Al-R, End-L, *Lps} > *Al-R because 0(01)(02)(02)(02) >> 0(02)0(01)(02)0 { Al-R, End-L, *Lps, Prs-2} > *Al-R because 0(01)(02)(02)(02) >> 0(02)000(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)(02)(02)(02) >> 00(01)00000 ------------------------------------------------------------------------------ OUTPUT SET #96: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)(02) /6/ --> >0(01)(02)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] *Lapse [= *Lps] 96.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)0(02)(02)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { Al-R, *Al-L, *AlHd-L, End-L} > *Al-R because 0(01)(02) >> (02)(01)0 { *AlHd-L, End-L} > *AlHd-R because 0(01)(02) >> 0(02)(01) { Al-R, *Lps, Prs-2} > *Al-R because 0(01)(02) >> 0(01)00 { *Al-L, *Al-R} > Al-R because 0(01)(02)0 >> (01)(02)(02) { *Al-R, *Lps} > *AlHd-R because 0(01)(02)0 >> 0(01)0(02) { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> (02)0(02)(01) { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(01)(02) { *Al-L, *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> (01)0(02)0(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)0(02)(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)(02)0(02) { End-L, *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0(02)00(01)0 { *Al-R, End-L, *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 000(02)0(01) { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 00(01)0000 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0000(01)00 { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)(02)0 >> 0(01)(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(02)0(01) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 000(01)00(02) ------------------------------------------------------------------------------ OUTPUT SET #97: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)(02)(02)(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 *AlignHd-R [= *AlHd-R] 97.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[0(01)(02)(02)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Al-L >> Al-R, because /4/ --> [0(01)0], not *[(01)(02)]: *Al-L >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Lps >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)0(02)]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Arguments Derived from Transitivity of Domination *Al-L >> *Al-R Prs-2 >> *Al-R Prs-2 >> *AlHd-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)(02)(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #98: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] Stratum #3 *Align-R [= *Al-R] *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 98.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: Al-R >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[0(01)0(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *Al-L >> Al-R, because /4/ --> [0(01)0], not *[(01)(02)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[(01)0(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)(02)(02)]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Prs-2 >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #99: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 Align-R [= Al-R] 99.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> *AlHd-R, because /5/ --> [0(01)(02)], not *[(01)0(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { *AlHd-L, End-L} > *AlHd-R because 0(01)(02) >> 0(02)(01) { *Lps, Prs-2} > *AlHd-R because 0(01)(02) >> 000(01) { Al-R, *AlHd-R} > *Al-R because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-R} > *Lps because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> 0(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 0(01)0(02)0 >> (02)(02)0(01) { Al-R, *AlHd-L, End-L} > *Al-R because 0(01)0(02)(02) >> 0(02)(02)(01)0 { Al-R, *Al-L, *AlHd-R, End-L} > *Al-R because 0(01)0(02)(02) >> (02)0(01)(02)0 { Al-R, End-L, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0(02)0(01)00 { Al-R, *AlHd-L, End-L, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 000(02)(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00(01)0000 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0000(01)00 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(02)0(01) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0(01)0000(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 000(01)00(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0000(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #100: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *AlignHd-R [= *AlHd-R] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 100.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *Al-L >> Al-R, because /7/ --> [0(01)0(02)0], not *[(01)(02)0(02)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)0(02)0]: *Al-L >> *AlHd-R, because /5/ --> [0(01)(02)], not *[(01)0(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> Al-R, because /7/ --> [0(01)0(02)0], not *[0(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: Prs-2 >> Al-R, because /7/ --> [0(01)0(02)0], not *[00000(01)]: Prs-2 >> *AlHd-R, because /5/ --> [0(01)(02)], not *[000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02) >> 0(02)(01) { *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #101: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(02)(01) /6/ --> >0(02)(01)0 /7/ --> >0(02)(02)(01) /8/ --> >0(02)(02)(01)0 /9/ --> >0(02)(02)(02)(01) Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Lapse [= *Lps] Stratum #3 Align-R [= Al-R] *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] 101.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)0(02)(02)(01)]: *Al-L >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)(02)(02)0(01)]: *Al-L >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[(01)0(02)(02)(02)]: *AlHd-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *AlHd-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *Lps >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(01)0(02)]: *Lps >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)0(02)0(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { *Al-L, *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0 >> (02)(01) { Al-R, *Al-L} > *Lps because 0(02)(01) >> (02)(01)0 { *Al-L, *Al-R} > Al-R because 0(02)(01)0 >> (02)(02)(01) { Al-R, *Al-L} > *Lps because 0(02)(02)(01) >> (02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(02)(02)(01)0 >> (02)(02)(02)(01) { *Al-L, *Al-R} > *Lps because 0(02)(02)(01)0 >> (02)(02)(02)(01) { *Al-L, *Al-R, *AlHd-R} > *Lps because 0(02)(02)(01)0 >> (02)(02)(01)(02) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(02)(02)0(01) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(02)0(02)(01) { *Al-R, *Lps, Prs-2} > Al-R because 0(02)(02)(01)0 >> 0(01)000(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(02)(02)(01)0 >> 000(01)0(02) { Al-R, *Lps} > *Al-R because 0(02)(02)(02)(01) >> 0(01)0(02)(02)0 { Al-R, *Al-L, *Lps} > *Al-R because 0(02)(02)(02)(01) >> (02)0(01)0(02)0 { Al-R, *AlHd-R, *Lps} > *Al-R because 0(02)(02)(02)(01) >> 0(01)(02)0(02)0 { Al-R, *Lps} > *Al-R because 0(02)(02)(02)(01) >> 0(02)(02)0(01)0 { Al-R, *Lps} > *Al-R because 0(02)(02)(02)(01) >> 0(02)0(02)(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(02)(02)(02)(01) >> 0(02)0(01)000 { Al-R, *Lps, Prs-2} > *Al-R because 0(02)(02)(02)(01) >> 0000(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #102: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(02)(01) /6/ --> >0(02)(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(02)(02)(01)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] *Lapse [= *Lps] 102.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(02)0(01)0(02)0]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(02)(02)0(01)0]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)0(02)(02)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *AlHd-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: *AlHd-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(02)(01) >> (02)(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(02)(01) >> 0(01)00 { Al-R, *Lps, Prs-2} > End-L because 0(02)(01) >> 0(01)00 { *Lps, Prs-2} > End-L because 0(02)(01) >> 000(01) { *Al-R, *Lps} > *AlHd-L because 0(02)(01)0 >> 0(01)0(02) { *Al-R, *Lps} > End-L because 0(02)(01)0 >> 0(01)0(02) { *Lps, Prs-2} > *AlHd-L because 0(02)(01)0 >> 0(01)000 { *Al-R, *Lps, Prs-2} > Al-R because 0(02)(01)0 >> 00(02)(01) { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 0(01)0(02)0 >> (02)(02)0(01) { *Al-L, *Al-R} > Al-R because 0(02)(02)(01)0 >> (02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(01)0(02)(02) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(02)(02)0(01) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(02)(01)0(02) { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 00(02)0(01)0 { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 00(01)0000 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0(01)0000(02) ------------------------------------------------------------------------------ OUTPUT SET #103: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(02)(02)(01) /8/ --> >0(01)0(02)(02) /9/ --> >0(02)(02)(02)(01) Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 103.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(02)(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[0(02)(02)(01)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(02)0(01)0(02)]: *Al-L >> Al-R, because /4/ --> [0(01)0], not *[(02)(01)]: *Al-L >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)(02)(02)0(01)]: *Al-L >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(02)(02)(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *AlHd-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *Lps >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(01)0(02)]: *Lps >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)0(02)0(02)]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Arguments Derived from Transitivity of Domination Al-R >> *AlHd-L Al-R >> End-L *Al-L >> *Al-R Prs-2 >> *Al-R Prs-2 >> *AlHd-L Prs-2 >> End-L Prs-2 >> *Lps There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #104: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(02)(02)(01) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] Align-R [= Al-R] Stratum #3 *Align-R [= *Al-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 104.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(02)0(02)(01)0]: Al-R >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[0(02)0(01)0]: Al-R >> End-L, because /7/ --> [0(02)(02)(01)], not *[0(01)0(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)0(02)(01)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: *Al-L >> Al-R, because /4/ --> [0(01)0], not *[(02)(01)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: *Al-L >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[(02)(02)0(01)]: *Al-L >> End-L, because /7/ --> [0(02)(02)(01)], not *[(01)0(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: *AlHd-R >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[0(01)(02)(02)]: *AlHd-R >> End-L, because /7/ --> [0(02)(02)(01)], not *[0(01)(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)(02)(01)(02)]: Prs-2 >> Al-R, because /4/ --> [0(01)0], not *[00(01)]: Prs-2 >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[00000(01)]: Prs-2 >> End-L, because /7/ --> [0(02)(02)(01)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #105: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #4 Align-R [= Al-R] 105.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(02)0(01)0(02)0]: *Al-L >> *AlHd-L, because /5/ --> [0(02)(01)], not *[(02)0(01)]: *Al-L >> End-L, because /5/ --> [0(02)(01)], not *[(01)0(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *AlHd-R >> *AlHd-L, because /5/ --> [0(02)(01)], not *[0(01)(02)]: *AlHd-R >> End-L, because /5/ --> [0(02)(01)], not *[0(01)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(02)(01) >> (02)(01)0 { Al-R, *Lps, Prs-2} > End-L because 0(02)(01) >> 0(01)00 { *Lps, Prs-2} > *AlHd-L because 0(02)(01) >> 000(01) { *Lps, Prs-2} > End-L because 0(02)(01) >> 000(01) { Al-R, *AlHd-R} > *Al-R because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-R} > *Lps because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because 0(01)0(02) >> 0(02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> 0(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)0(02)0 >> 0(01)(02)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> (02)0(02)(01) { *Al-R, *AlHd-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(01)(02) { Al-R, *Al-L, *AlHd-L, End-L} > *Al-R because 0(01)0(02)(02) >> (02)(01)0(02)0 { Al-R, End-L, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0(02)00(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0(01)00000 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00000(01)0 { *Al-R, *AlHd-R} > Al-R because 0(01)0(02)(02)0 >> 0(01)(02)(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #106: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Parse-2 [= Prs-2] Stratum #2 Align-L [= Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 106.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: *Al-L >> Al-R, because /7/ --> [0(01)0(02)0], not *[(02)0(02)(01)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: *Al-L >> *AlHd-L, because /5/ --> [0(02)(01)], not *[(02)0(01)]: *Al-L >> End-L, because /5/ --> [0(02)(01)], not *[(01)0(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(01)0(02)0]: *AlHd-R >> Al-R, because /7/ --> [0(01)0(02)0], not *[0(02)(01)(02)]: *AlHd-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(02)0(01)(02)0]: *AlHd-R >> *AlHd-L, because /5/ --> [0(02)(01)], not *[0(01)(02)]: *AlHd-R >> End-L, because /5/ --> [0(02)(01)], not *[0(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)0(01)(02)0]: Prs-2 >> Al-R, because /7/ --> [0(01)0(02)0], not *[00000(01)]: Prs-2 >> *AlHd-L, because /5/ --> [0(02)(01)], not *[000(01)]: Prs-2 >> End-L, because /5/ --> [0(02)(01)], not *[000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #107: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)(02)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-R [= *AlHd-R] 107.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> Prs-2, because /5/ --> [0(01)00], not *[(01)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { *Al-R, *AlHd-R} > Al-R because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-R} > Prs-2 because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)00 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)00 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 0(01)00 >> 0(02)(01) { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)0 >> 0(02)(01)0 { *Al-R, *Lps} > *AlHd-R because 0(01)(02)0 >> 0(01)0(02) { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R} > Al-R because 0(01)(02)(02)0 >> (01)(02)(02)(02) { *Al-L, *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> (01)0(02)0(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)0(02)(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)(02)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(02)0(01)(02) { *Al-R, End-L, *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 000(02)0(01) { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 00(01)0000 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0000(01)00 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 000(01)00(02) ------------------------------------------------------------------------------ OUTPUT SET #108: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(02)(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(02)(02)(01)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 108.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *Al-L >> Prs-2, because /5/ --> [0(01)00], not *[(02)(01)0]: *AlHd-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: *AlHd-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { *Al-R, *AlHd-R} > Al-R because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-R} > Prs-2 because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)00 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 0(01)00 >> 0(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 0(01)00 >> (02)0(01) { *Al-L, *Al-R} > Al-R because 0(02)(01)0 >> (02)(02)(01) { *Al-R, *Lps} > *AlHd-L because 0(02)(01)0 >> 0(01)0(02) { *Al-R, *Lps} > End-L because 0(02)(01)0 >> 0(01)0(02) { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(01)0(02)(02) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(02)0(02)(01) { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 0(02)00(01)0 { *Al-R, *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 000(01)0(02) { *Lps, Prs-2} > End-L because 0(02)(02)(01)0 >> 0000(01)00 { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 00(01)0(02)(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0000(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #109: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 Align-R [= Al-R] *Align-R [= *Al-R] 109.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { Al-R, *Al-L} > *Lps because 0(01) >> (01)0 { *Al-L, *AlHd-R} > Prs-2 because 0(01)00 >> (01)(02)0 { *Al-L, *AlHd-L, End-L} > Prs-2 because 0(01)00 >> (02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)00 >> (01)0(02) { *Al-L, *Al-R} > *Lps because 0(01)00 >> (01)0(02) { *Al-L, *Al-R} > Prs-2 because 0(01)00 >> (01)0(02) { *Al-R, *AlHd-R} > Al-R because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-R} > *Lps because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-R} > Prs-2 because 0(01)00 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 0(01)00 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 0(01)00 >> 0(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 0(01)00 >> (02)0(01) { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> (02)(02)(01) { Al-R, *AlHd-R} > *Al-R because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-R} > *Lps because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because 0(01)0(02) >> 0(02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> 0(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-L, *AlHd-R} > *Lps because 0(01)0(02)(02) >> (01)(02)(02)(02) { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02) >> (02)(02)(02)(01) { Al-R, *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02) >> (02)(01)0(02)0 { Al-R, End-L, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00(02)0(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00(01)0000 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0000(01)00 { *Al-L, *AlHd-R} > *Lps because 0(01)0(02)(02)0 >> (01)(02)(02)(02)0 { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, *AlHd-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02)0 >> 0(02)(02)(01)(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(02)0(01) ------------------------------------------------------------------------------ OUTPUT SET #110: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] Parse-2 [= Prs-2] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 110.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0000000]: *Al-L >> Al-R, because /7/ --> [0(01)0(02)0], not *[(01)000(02)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)00(02)(02)0]: *Al-L >> Prs-2, because /5/ --> [0(01)00], not *[(01)0(02)]: *AlHd-R >> Al-R, because /7/ --> [0(01)0(02)0], not *[0(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> Prs-2, because /5/ --> [0(01)00], not *[0(01)(02)]: Prs-2 >> Al-R, because /7/ --> [0(01)0(02)0], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because 0(01)00 >> 0(02)(01) { *AlHd-L, End-L} > Prs-2 because 0(01)00 >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #111: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 111.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [000(01)0], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #112: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 112.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [000(01)0], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #113: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 113.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [000(01)0], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #114: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 114.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [00(01)00], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #115: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 115.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [00(01)00], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #116: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 116.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [00(01)00], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #117: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 117.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [0(01)000], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #118: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 118.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [0(01)000], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #119: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >0(01)00 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 119.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [0(01)000], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #120: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)(02)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)(02)(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-R [= *AlHd-R] 120.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-R, because /8/ --> [0(01)(02)(02)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)(02)(02)(02)0]: *Al-L >> Prs-2, because /5/ --> [00(01)0], not *[(01)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { *Al-R, *AlHd-R} > Al-R because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-R} > *Lps because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-R} > Prs-2 because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 00(01)0 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > *Lps because 00(01)0 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 00(01)0 >> 0(02)(01) { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)0 >> 0(02)(01)0 { *Al-R, *Lps} > *AlHd-R because 0(01)(02)0 >> 0(01)0(02) { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-L, *Al-R} > Al-R because 0(01)(02)(02)0 >> (01)(02)(02)(02) { *Al-L, *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> (01)0(02)0(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)0(02)(02) { *Al-R, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(01)(02)0(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)(02)(02)0 >> 0(02)0(01)(02) { *Al-R, End-L, *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 000(02)0(01) { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 00(01)0000 { *Lps, Prs-2} > *AlHd-R because 0(01)(02)(02)0 >> 0000(01)00 { *Al-L, *Al-R} > Al-R because 0(01)0(02)(02)0 >> (01)0(02)(02)(02) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 000(01)00(02) ------------------------------------------------------------------------------ OUTPUT SET #121: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(02)(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(02)(02)(01)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #4 *AlignHd-L [= *AlHd-L] End-L [= End-L] 121.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> End-L, because /8/ --> [0(02)(02)(01)0], not *[(01)000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(02)(02)(02)(01)0]: *Al-L >> Prs-2, because /5/ --> [00(01)0], not *[(02)(01)0]: *AlHd-R >> *AlHd-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: *AlHd-R >> End-L, because /8/ --> [0(02)(02)(01)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { *Al-R, *AlHd-R} > Al-R because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-R} > *Lps because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-R} > Prs-2 because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 00(01)0 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 00(01)0 >> 0(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 00(01)0 >> (02)0(01) { *Al-L, *Al-R} > Al-R because 0(02)(01)0 >> (02)(02)(01) { *Al-R, *Lps} > *AlHd-L because 0(02)(01)0 >> 0(01)0(02) { *Al-R, *Lps} > End-L because 0(02)(01)0 >> 0(01)0(02) { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)0 >> 0(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(01)0(02)(02) { *Al-R, *Lps} > Al-R because 0(02)(02)(01)0 >> 0(02)0(02)(01) { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 0(02)00(01)0 { *Al-R, *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01)0 >> 000(01)0(02) { *Lps, Prs-2} > End-L because 0(02)(02)(01)0 >> 0000(01)00 { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(01)0(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 00(01)0(02)(02) { *Al-R, *Lps, Prs-2} > Al-R because 0(01)0(02)(02)0 >> 0000(01)0(02) ------------------------------------------------------------------------------ OUTPUT SET #122: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 Align-R [= Al-R] *Align-R [= *Al-R] 122.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)0(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { Al-R, *Al-L} > *Al-R because 0(01) >> (01)0 { Al-R, *Al-L} > *Lps because 0(01) >> (01)0 { *Al-L, *AlHd-R} > Prs-2 because 00(01)0 >> (01)(02)0 { *Al-L, *AlHd-L, End-L} > Prs-2 because 00(01)0 >> (02)(01)0 { *Al-L, *Al-R} > Al-R because 00(01)0 >> (01)0(02) { *Al-L, *Al-R} > *Lps because 00(01)0 >> (01)0(02) { *Al-L, *Al-R} > Prs-2 because 00(01)0 >> (01)0(02) { *Al-R, *AlHd-R} > Al-R because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-R} > *Lps because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-R} > Prs-2 because 00(01)0 >> 0(01)(02) { *Al-R, *AlHd-L, End-L} > *Lps because 00(01)0 >> 0(02)(01) { *Al-R, *AlHd-L, End-L} > Prs-2 because 00(01)0 >> 0(02)(01) { *Al-L, *Al-R, End-L} > Al-R because 00(01)0 >> (02)0(01) { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> (02)(02)(01) { Al-R, *AlHd-R} > *Al-R because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-R} > *Lps because 0(01)0(02) >> 0(01)(02)0 { Al-R, *AlHd-L, End-L} > *Al-R because 0(01)0(02) >> 0(02)(01)0 { Al-R, *AlHd-L, End-L} > *Lps because 0(01)0(02) >> 0(02)(01)0 { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)0 >> (02)(02)(01)0 { *Al-L, *Al-R} > Al-R because 0(01)0(02)0 >> (01)0(02)(02) { *Al-L, *AlHd-R} > *Lps because 0(01)0(02)(02) >> (01)(02)(02)(02) { *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02) >> (02)(02)(02)(01) { Al-R, *Al-L, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02) >> (02)(01)0(02)0 { Al-R, End-L, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00(02)0(01)0 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 00(01)0000 { Al-R, *Lps, Prs-2} > *Al-R because 0(01)0(02)(02) >> 0000(01)00 { *Al-L, *AlHd-R} > *Lps because 0(01)0(02)(02)0 >> (01)(02)(02)(02)0 { *Al-R, *AlHd-L, End-L} > Al-R because 0(01)0(02)(02)0 >> 0(02)(02)(02)(01) { *Al-R, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(01)0(02)0(02) { *Al-R, *AlHd-R, *AlHd-L, End-L} > *Lps because 0(01)0(02)(02)0 >> 0(02)(02)(01)(02) { *Al-R, End-L, *Lps} > Al-R because 0(01)0(02)(02)0 >> 0(02)0(02)0(01) ------------------------------------------------------------------------------ OUTPUT SET #123: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)0(02) /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] Parse-2 [= Prs-2] Stratum #3 Align-R [= Al-R] Stratum #4 *Align-R [= *Al-R] *Lapse [= *Lps] 123.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0000000]: *Al-L >> Al-R, because /7/ --> [0(01)0(02)0], not *[(01)000(02)]: *Al-L >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[(01)0000000]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)00(02)(02)0]: *Al-L >> Prs-2, because /5/ --> [00(01)0], not *[(01)0(02)]: *AlHd-R >> Al-R, because /7/ --> [0(01)0(02)0], not *[0(01)(02)(02)]: *AlHd-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)0(02)0]: *AlHd-R >> Prs-2, because /5/ --> [00(01)0], not *[0(01)(02)]: Prs-2 >> Al-R, because /7/ --> [0(01)0(02)0], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-R Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Al-R because 00(01)0 >> 0(02)(01) { *AlHd-L, End-L} > Prs-2 because 00(01)0 >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #124: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 124.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [000(01)0], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #125: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 125.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [000(01)0], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #126: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >000(01)0 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 126.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [000(01)0], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01)0 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 000(01)0 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #127: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 127.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [00(01)00], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #128: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 128.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [00(01)00], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #129: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >00(01)00 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 129.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [00(01)00], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01)00 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 00(01)00 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #130: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)0(02)00 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 130.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)0(02)00], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [0(01)000], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)0(02)00], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #131: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >0(01)00(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 131.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [0(01)00(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [0(01)000], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [0(01)00(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #132: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >0(01)0 /5/ --> >00(01)0 /6/ --> >0(01)000 /7/ --> >0(01)0(02)0 /8/ --> >00(01)0(02)0 /9/ --> >0(01)0(02)(02)0 Stratum #1 *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Stratum #3 Align-R [= Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 132.1. Ranking Arguments Direct Pairwise Arguments *Al-L >> Al-L, because /9/ --> [0(01)0(02)(02)0], not *[(01)0000000]: *Al-L >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[(01)00000(02)]: *Al-L >> *Al-R, because /3/ --> [0(01)], not *[(01)0]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)(02)0], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /8/ --> [00(01)0(02)0], not *[(01)0(02)0(02)]: *Al-R >> Al-R, because /9/ --> [0(01)0(02)(02)0], not *[0000000(01)]: *Al-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)0(02)(02)]: *Al-R >> Prs-2, because /6/ --> [0(01)000], not *[0000(01)]: *AlHd-R >> *Lps, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: *AlHd-R >> Prs-2, because /8/ --> [00(01)0(02)0], not *[0(01)(02)(02)0]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 0(01)000 >> 0(02)(01)0 { *AlHd-L, End-L} > Prs-2 because 0(01)000 >> 0(02)(01)0 ------------------------------------------------------------------------------ OUTPUT SET #133: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >(01)0(02) /6/ --> >(01)00(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Stratum #3 *Align-L [= *Al-L] Parse-2 [= Prs-2] 133.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-L >> Prs-2, because /6/ --> [(01)00(02)], not *[0(01)0(02)]: Al-R >> Al-L, because /4/ --> [00(01)], not *[(01)00]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)0(02)(02)0]: Al-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)0(02)0]: *AlHd-R >> Al-L, because /4/ --> [00(01)], not *[(01)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[00000(01)(02)]: *AlHd-R >> *Lps, because /8/ --> [(01)0(02)0(02)], not *[(01)(02)(02)(02)]: *AlHd-R >> Prs-2, because /6/ --> [(01)00(02)], not *[(01)(02)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > Al-L because 00(01) >> (02)(01) { *Al-L, *AlHd-L, End-L} > Prs-2 because 00(01) >> (02)(01) { *AlHd-L, End-L} > Prs-2 because (01)00(02) >> (02)(02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #134: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >(01)0(02)0(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 Align-L [= Al-L] Stratum #4 *Align-L [= *Al-L] 134.1. Ranking Arguments Direct Pairwise Arguments Al-L >> *Al-L, because /8/ --> [(01)0(02)0(02)], not *[0(01)0(02)(02)]: Al-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)0000]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Lps, because /6/ --> [0(01)0(02)], not *[(01)0(02)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *AlHd-R >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)(02)(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> *Lps, because /6/ --> [0(01)0(02)], not *[(01)(02)(02)]: *AlHd-R >> Prs-2, because /4/ --> [00(01)], not *[(01)(02)]: Prs-2 >> Al-L, because /6/ --> [0(01)0(02)], not *[(01)00(02)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Al-L Irreducible Set Arguments { *AlHd-L, End-L} > Al-L because 00(01) >> (02)(01) { *AlHd-L, End-L} > Prs-2 because 00(01) >> (02)(01) { *AlHd-L, End-L} > *Lps because (01)0(02)0(02) >> (02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #135: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >(01)0(02)(02)(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] 135.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)000000]: Al-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Al-R, because /9/ --> [(01)0(02)(02)(02)], not *[000000(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)(02)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *Al-L >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)0(02)0(02)]: *AlHd-R >> Al-L, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)00(02)]: *AlHd-R >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[00000(01)(02)]: *AlHd-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *AlHd-R >> Prs-2, because /4/ --> [00(01)], not *[(01)(02)]: *Lps >> *Al-L, because /9/ --> [(01)0(02)(02)(02)], not *[0(01)0(02)0(02)]: Arguments Derived from Transitivity of Domination *Lps >> Al-L Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 00(01) >> (02)(01) { *Al-L, *AlHd-L, End-L} > Prs-2 because 00(01) >> (02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02)(02)(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #136: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >(01)0(02) /6/ --> >0(01)0(02) /7/ --> >(01)0(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 *Align-R [= *Al-R] Parse-2 [= Prs-2] Stratum #3 *Align-L [= *Al-L] Stratum #4 Align-L [= Al-L] *Lapse [= *Lps] 136.1. Ranking Arguments Direct Pairwise Arguments Al-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0000000]: Al-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[0000(01)0]: Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[000000(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)00(02)(02)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *AlHd-R >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)000(02)]: *AlHd-R >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[000(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *AlHd-R >> Prs-2, because /4/ --> [00(01)], not *[(01)(02)]: Prs-2 >> *Al-L, because /7/ --> [(01)0(02)(02)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> Al-L Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > Prs-2 because 00(01) >> (02)(01) { *AlHd-L, End-L} > *Al-L because (01)0(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #137: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)(02)(02)(02) Stratum #1 Align-R [= Al-R] *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *AlignHd-R [= *AlHd-R] 137.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)(02)(02)(02)], not *[000000(01)0]: Al-R >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[000000(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[0(01)(02)(02)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *Al-L >> Al-L, because /9/ --> [0(01)(02)(02)(02)], not *[(01)00000(02)]: *Al-L >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[(01)00000(02)]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(01)(02)(02)(02)]: *Al-L >> Prs-2, because /4/ --> [00(01)], not *[(01)(02)]: *Lps >> *AlHd-R, because /9/ --> [0(01)(02)(02)(02)], not *[0(01)0(02)0(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02)(02)(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #138: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >0(01)(02) /6/ --> >0(01)0(02) /7/ --> >0(01)(02)(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *Align-L [= *Al-L] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Parse-2 [= Prs-2] Stratum #3 *AlignHd-R [= *AlHd-R] Stratum #4 *Lapse [= *Lps] 138.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[000000(01)0]: Al-R >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[0000(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[00(01)(02)(02)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)00000(02)]: *Al-L >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[(01)000(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)(02)0(02)(02)]: *Al-L >> Prs-2, because /4/ --> [00(01)], not *[(01)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)(02)(02)]: Prs-2 >> *AlHd-R, because /7/ --> [0(01)(02)(02)], not *[00000(01)]: Arguments Derived from Transitivity of Domination Prs-2 >> *Lps Irreducible Set Arguments { *AlHd-L, End-L} > *AlHd-R because 0(01)(02) >> 0(02)(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #139: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(02)(02)(01) /8/ --> >0(01)0(02)(02) /9/ --> >0(02)(02)(02)(01) Stratum #1 Align-R [= Al-R] *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] Stratum #3 *AlignHd-L [= *AlHd-L] End-L [= End-L] 139.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(02)(02)(02)(01)], not *[000000(01)0]: Al-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[000000(01)0]: Al-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[000000(01)0]: Al-R >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[0(02)(02)(01)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *Al-L >> Al-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)00000(01)]: *Al-L >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[(02)00000(01)]: *Al-L >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[(01)00000(02)]: *Al-L >> *Lps, because /8/ --> [0(01)0(02)(02)], not *[(02)(02)(02)(01)]: *Al-L >> Prs-2, because /4/ --> [00(01)], not *[(02)(01)]: *AlHd-R >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *AlHd-R >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)(02)(02)(02)]: *Lps >> *AlHd-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(02)0(01)0(02)]: *Lps >> End-L, because /9/ --> [0(02)(02)(02)(01)], not *[0(01)0(02)0(02)]: There were no arguments based solely on transitivity of domination. There were no irreducible set arguments. ------------------------------------------------------------------------------ OUTPUT SET #140: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >0(02)(01) /6/ --> >0(01)0(02) /7/ --> >0(02)(02)(01) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] Parse-2 [= Prs-2] Stratum #3 *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #4 *Lapse [= *Lps] 140.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[000000(01)0]: Al-R >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[0000(01)0]: Al-R >> End-L, because /7/ --> [0(02)(02)(01)], not *[0000(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[00(02)(02)(01)0]: Al-R >> Prs-2, because /4/ --> [00(01)], not *[0(01)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(02)00000(01)]: *Al-L >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[(02)000(01)]: *Al-L >> End-L, because /7/ --> [0(02)(02)(01)], not *[(01)000(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(02)0(02)(02)(01)]: *Al-L >> Prs-2, because /4/ --> [00(01)], not *[(02)(01)]: *AlHd-R >> *AlHd-L, because /7/ --> [0(02)(02)(01)], not *[0(01)(02)(02)]: *AlHd-R >> End-L, because /7/ --> [0(02)(02)(01)], not *[0(01)(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(02)(02)(01)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *Lps, Prs-2} > *AlHd-L because 0(02)(01) >> 000(01) { *Lps, Prs-2} > End-L because 0(02)(02)(01) >> 00(01)0(02) { *Lps, Prs-2} > *AlHd-L because 0(02)(02)(01) >> 00(02)0(01) { *AlHd-L, End-L} > *Lps because 0(01)0(02)0(02) >> 0(02)(02)(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #141: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >000(01) /6/ --> >0(01)0(02) /7/ --> >0(01)00(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 141.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[000000(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> Prs-2, because /7/ --> [0(01)00(02)], not *[0(01)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)00000(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /7/ --> [0(01)00(02)], not *[(01)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> Prs-2, because /7/ --> [0(01)00(02)], not *[0(01)(02)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01) >> 0(02)(01) { *AlHd-L, End-L} > Prs-2 because 000(01) >> 0(02)(01) ------------------------------------------------------------------------------ OUTPUT SET #142: /2/ --> >(01) (actual) /3/ --> >0(01) (actual) /4/ --> >00(01) (actual) /5/ --> >000(01) /6/ --> >0(01)0(02) /7/ --> >00(01)0(02) /8/ --> >0(01)0(02)(02) /9/ --> >0(01)0(02)0(02) Stratum #1 Align-R [= Al-R] *Align-L [= *Al-L] *AlignHd-R [= *AlHd-R] *AlignHd-L [= *AlHd-L] End-L [= End-L] Stratum #2 Align-L [= Al-L] *Align-R [= *Al-R] *Lapse [= *Lps] Parse-2 [= Prs-2] 142.1. Ranking Arguments Direct Pairwise Arguments Al-R >> *Al-R, because /9/ --> [0(01)0(02)0(02)], not *[000000(01)0]: Al-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)0(02)(02)0]: Al-R >> Prs-2, because /7/ --> [00(01)0(02)], not *[0(01)0(02)0]: *Al-L >> Al-L, because /9/ --> [0(01)0(02)0(02)], not *[(01)00000(02)]: *Al-L >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[(01)0(02)(02)(02)]: *Al-L >> Prs-2, because /7/ --> [00(01)0(02)], not *[(01)0(02)(02)]: *AlHd-R >> *Lps, because /9/ --> [0(01)0(02)0(02)], not *[0(01)(02)(02)(02)]: *AlHd-R >> Prs-2, because /7/ --> [00(01)0(02)], not *[0(01)(02)(02)]: There were no arguments based solely on transitivity of domination. Irreducible Set Arguments { *AlHd-L, End-L} > *Lps because 000(01) >> 0(02)(01) { *AlHd-L, End-L} > Prs-2 because 000(01) >> 0(02)(01)