Parent State ID: 148
State Depth: 23
Action Taken: pour-shaker-to-shot(cocktail1, shot2, left, shaker1, l2, l1)
Action Reasoning: The next action should be to pour the cocktail from the shaker into shot2 to achieve the goal state where shot2 contains cocktail1.
State Description: - Shot1: Contains cocktail2, not clean, not empty, on the table.- Shot2: Contains cocktail1, not clean, not empty, on the table.- Shot3: Empty, not clean, on the table.- Shaker1: Empty, not clean, unshaken, at fill level l1, held by left hand.- Dispenser1: Contains ingredient1 (red).- Dispenser2: Contains ingredient2 (blue).- Left hand: Holding shaker1.- Right hand: Empty.- Cocktail1: Transferred to shot2.- Cocktail2: Transferred to shot1.
Action Path: ['grasp(right, shot3)', 'fill-shot(shot3, ingredient1, right, left, dispenser1)', 'pour-shot-to-clean-shaker(shot3, ingredient1, shaker1, right, l0, l1)', 'clean-shot(shot3, ingredient1, right, left)', 'fill-shot(shot3, ingredient2, right, left, dispenser2)', 'pour-shot-to-used-shaker(shot3, ingredient2, shaker1, right, l1, l2)', 'leave(right, shot3)', 'grasp(left, shaker1)', 'shake(cocktail2, ingredient1, ingredient2, shaker1, left, right)', 'pour-shaker-to-shot(cocktail2, shot1, left, shaker1, l2, l1)', 'clean-shaker(left, right, shaker1)', 'grasp(right, shot3)', 'leave(left, shaker1)', 'clean-shot(shot3, ingredient2, right, left)', 'fill-shot(shot3, ingredient1, right, left, dispenser1)', 'pour-shot-to-clean-shaker(shot3, ingredient1, shaker1, right, l0, l1)', 'clean-shot(shot3, ingredient1, right, left)', 'fill-shot(shot3, ingredient2, right, left, dispenser2)', 'pour-shot-to-used-shaker(shot3, ingredient2, shaker1, right, l1, l2)', 'leave(right, shot3)', 'grasp(left, shaker1)', 'shake(cocktail1, ingredient1, ingredient2, shaker1, left, right)', 'pour-shaker-to-shot(cocktail1, shot2, left, shaker1, l2, l1)']

successfully verified the action of new state 158 with the path: The last action `pour-shaker-to-shot(cocktail1, shot2, left, shaker1, l2, l1)` is valid because all preconditions are satisfied in the parent state, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the sequence of actions taken and the current state of the problem.
