R0046-23989 · q-20261014-advance-20261112-r07-subset-construction-nfa-to-dfa-0039
Original question and givens
Use complete epsilon-NFA states=[s13, m13, f13, e113, e213, d13], alphabet=[a13, b13], start=s13, final_states=[f13], transitions=[[s13, null, m13], [s13, null, d13], [m13, a13, m13], [m13, b13, f13], [f13, null, e113], [e113, null, e213]]. Each transition is [from,input symbol or null,to], with null consuming no input. States/labels and transitions must qualify, and subsets are unique carrier subsets sorted lexicographically. Empty alphabet/final sets and empty subset states are allowed. Given subset S=[s13, m13, d13], input symbol=b13. Give (subset, symbol, symbol_targets, epsilon_closed_targets, empty_dead_state, certificate).
G001 — Use complete epsilon-NFA states=[s13, m13, f13, e113, e213, d13], alphabet=[a13, b13], start=s13, final_states=[f13], transitions=[[s13, null, m13], [s13, null, d13], [m13, a13, m13], [m13, b13, f13], [f13, null, e113], [e113, null, e213]]. Each transition is [from,input symbol or null,to], with null consuming no input. States/labels and transitions must qualify, and subsets are unique carrier subsets sorted lexicographically. Empty alphabet/final sets and empty subset states are allowed. Given subset S=[s13, m13, d13], input symbol=b13. Give (subset, symbol, symbol_targets, epsilon_closed_targets, empty_dead_state, certificate).
Step-by-step derivation
S001 · implies
Before
source operation=subsetdfa-symbol-transition;original snapshot and mathematics retained
After
explicit ordered source output fields=[subset, symbol, symbol_targets, epsilon_closed_targets, empty_dead_state, certificate]
Conditions: none
Keep the source snapshot while listing ordered fields without JavaScript.Radius uses its original mode to select6 or11 fields without padding;distinguish nonclaims from actual negations.
Step identifiers and dependencies
Rule: source_ordered_interface_explicit_without_javascript · Uses: G001
S002 · implies
Before
ORIGINAL states=[s13, m13, f13, e113, e213, d13],alphabet=[a13, b13],start=s13;ORIGINAL transition order=[[s13, null, m13], [s13, null, d13], [m13, a13, m13], [m13, b13, f13], [f13, null, e113], [e113, null, e213]]
After
final set normalized UTF16=[f13];states nonempty,alphabet/finals/relation MAYEMPTY;DUPLICATE triples rejected in THIS model
Conditions: none
This model differs from the earlier NFA node:transition triples are unique and finals are sorted.Subsets must be actual carrier subsets;do not import old duplicate/final-order conventions.
Step identifiers and dependencies
Rule: subsetdfa_qualified_NFA_signature_DUPLICATE_edges_REJECTED_here · Uses: G001, S001
S003 · implies
Before
Subset DFA ORIGINAL one-symbol transition:EXACT ORIGINAL supplied S=[d13, m13, s13];symbol=b13;ALL matching ORIGINAL edge rows=[[3, m13, f13]]
After
direct symbol targets=[f13];NO EPS preclosure inserted into S;now close ONLY these targets
Conditions: none
An arbitrary supplied S need not be EPS-closed;preclosing it would change this operation.Apply move(S,a) and then close its targets.Empty targets yield the legal empty dead state.
Step identifiers and dependencies
Rule: subsetdfa_GIVEN_S_symbol_move_BEFORE_closure_NO_preclose · Uses: G001, S002
S004 · implies
Before
Subset DFA ORIGINAL one-symbol transition post-symbol EPS closure:stage=0;seed set=[f13];previous set=[f13]
After
ALL [ORIGINAL edge index,from,to,enabled] EPS rows=[[0, s13, m13, No], [1, s13, d13, No], [4, f13, e113, Yes], [5, e113, e213, No]];next set=[e113, f13];stable=No
Conditions: none
Each addition has a finite EPS predecessor path;every EPS-closed seed superset contains each stage.Finiteness gives the complete least closure,without consuming input.
Step identifiers and dependencies
Rule: subsetdfa_ALL_EPS_fixedpoint_reachability_not_input_consumption · Uses: G001, S003
S005 · implies
Before
Subset DFA ORIGINAL one-symbol transition post-symbol EPS closure:stage=1;seed set=[f13];previous set=[e113, f13]
After
ALL [ORIGINAL edge index,from,to,enabled] EPS rows=[[0, s13, m13, No], [1, s13, d13, No], [4, f13, e113, Yes], [5, e113, e213, Yes]];next set=[e113, e213, f13];stable=No
Conditions: none
Each addition has a finite EPS predecessor path;every EPS-closed seed superset contains each stage.Finiteness gives the complete least closure,without consuming input.
Step identifiers and dependencies
Rule: subsetdfa_ALL_EPS_fixedpoint_reachability_not_input_consumption · Uses: G001, S004
S006 · implies
Before
Subset DFA ORIGINAL one-symbol transition post-symbol EPS closure:stage=2;seed set=[f13];previous set=[e113, e213, f13]
After
ALL [ORIGINAL edge index,from,to,enabled] EPS rows=[[0, s13, m13, No], [1, s13, d13, No], [4, f13, e113, Yes], [5, e113, e213, Yes]];next set=[e113, e213, f13];stable=Yes
Conditions: none
Each addition has a finite EPS predecessor path;every EPS-closed seed superset contains each stage.Finiteness gives the complete least closure,without consuming input.
Step identifiers and dependencies
Rule: subsetdfa_ALL_EPS_fixedpoint_reachability_not_input_consumption · Uses: G001, S005
Result
([d13, m13, s13], b13, [f13], [e113, e213, f13], No, delta_D_equals_epsilon_closure_after_symbol_move_and_empty_subset_is_a_legal_dead_state)
The full substitutions and premise checks give the original answer; source identity,format and status are unchanged.