IN PYTHON

Task 3 - Main function You are supposed to complete the main function in the utility.py file. In the main function, you are provided with all the information you need: the distribution of So given evidence, the utility table of each state, and the transition table {$0: {a : {s': P(Result(s, a) = s'a)}}}. You need to complete the two dictionaries. The keys of the first dictionary (sPrime Distribution) are all possible actions. The values are dictionaries whose keys are all possible S' given the action and values are the corresponding probability P(s'a, e). ({a:{s: P(s'a, e)}}). You will need the function getsPrimeProb- ability to complete the sPrime Distribution dictionary. The keys of the second dictionary (EU) are all possible actions. The values are the expected utility of the action. ({a: EU (ale)}). You will need the function getEU to complete the EU dictionary. Task 3 - Main function You are supposed to complete the main function in the utility.py file. In the main function, you are provided with all the information you need: the distribution of So given evidence, the utility table of each state, and the transition table {$0: {a : {s': P(Result(s, a) = s'a)}}}. You need to complete the two dictionaries. The keys of the first dictionary (sPrime Distribution) are all possible actions. The values are dictionaries whose keys are all possible S' given the action and values are the corresponding probability P(s'a, e). ({a:{s: P(s'a, e)}}). You will need the function getsPrimeProb- ability to complete the sPrime Distribution dictionary. The keys of the second dictionary (EU) are all possible actions. The values are the expected utility of the action. ({a: EU (ale)}). You will need the function getEU to complete the EU dictionary