STRATEGIE AGENTI: [{'condition_action_pairs': [('a', 'A')]}, {'condition_action_pairs': [('a', 'Z')]}]
[['III', 'ACZ,ADY', 'BCZ,BDY', 'ICZ'], [0, 'III', 'ADZ,BDZ', 'ACZ,BCY'], ['ACY,BDZ', 'ICZ', 'III', 'ADZ,BCY'], [0, 'AIZ', 0, 'III']]
[['s0', 's0', 's0', 's0'], [None, 's1', 's1', 's1'], ['s2', 's2', 's2', 's2'], [None, 's3', None, 's3']]
agent_key:actions_agent1
['A', 'B']
agent_key:actions_agent3
['Z', 'Y']
condizione a
a
risultato m_checking{'res': "Result: {'s0', 's3'}", 'initial_state': 'Initial state s0: True'}, statesRES Result: {'s0', 's3'}
state_set: {'s0', 's3'} con iteration 0 action A
states:{'s0', 's3'}
Prima iterazione modify per agente 1
new transition matrix: [['III', 'ACZ,ADY', 0, 'ICZ'], [0, 'III', 'ADZ,BDZ', 'ACZ,BCY'], ['ACY,BDZ', 'ICZ', 'III', 'ADZ,BCY'], [0, 'AIZ', 0, 'III']]
condizione a
a
risultato m_checking{'res': "Result: {'s0', 's3'}", 'initial_state': 'Initial state s0: True'}, statesRES Result: {'s0', 's3'}
state_set: {'s0', 's3'} con iteration 0 action Z
states:{'s0', 's3'}
Prima iterazione modify per agente 2
new transition matrix: [['III', 'ACZ', 0, 'ICZ'], [0, 'III', 'ADZ,BDZ', 'ACZ,BCY'], ['ACY,BDZ', 'ICZ', 'III', 'ADZ,BCY'], [0, 'AIZ', 0, 'III']]
('AX', 'h')
sono dentro
states stringati da node left (in cui è verificato l'atomo complementato: set()
transizioni passate in input: [('s0', 's0'), ('s0', 's1'), ('s0', 's3'), ('s1', 's1'), ('s1', 's2'), ('s1', 's3'), ('s2', 's0'), ('s2', 's1'), ('s2', 's2'), ('s2', 's3'), ('s3', 's1'), ('s3', 's3')]
sto facendo pre, questi sono gli stati in cui la proposizione atomica è valida: set()
{'res': "Result: {'s0', 's1', 's3', 's2'}", 'initial_state': 'Initial state s0: True'}
Solution: {'res': "Result: {'s0', 's1', 's3', 's2'}", 'initial_state': 'Initial state s0: True'}
flag: True
Solution found!
