curiosity/stats.py [159:201]:
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        log.info(f"N Total Acts: {self._n_total_assistant_msgs}")
        log.info(f"N Total Messages: {n_messages}")

        # Sort count overall
        lst = [(count, act) for act, count in self._count.items()]
        lst.sort(reverse=True)

        # Majority act in this turn
        self._majority = lst[0][1]

        for turn_idx, act_stat in self._count_per_turn.items():
            # Sort count_per_turn for each turn_idx
            lst = [(count, act) for act, count in act_stat.items()]
            lst.sort(reverse=True)

            if len(lst) != 0:
                majority_act = lst[0][1]
            else:
                majority_act = self._majority

            # Majority act in this turn
            self._majority_per_turn[turn_idx] = majority_act
            print("Turn: %d, Majority Act: %s" % (turn_idx, majority_act))

        log.info(f"Majority Act: {self._majority}")
        log.info(f"Majority Map: {self._majority_per_turn}")
        log.info(f"Count Map Per Turn: {self._count_per_turn}")
        log.info(f"Count Map: {self._count}")

    def score(self, data_path: str) -> float:
        log.info(f"Scoring majority classifier with: {data_path}")
        dialogs = CuriosityDialogReader().read(data_path)
        log.info(f"N Dialogs: {len(dialogs)}")
        correct = 0
        total = 0
        n_messages = 0
        for d in dialogs:
            dialog_senders = d["senders"].array
            dialog_acts_list = d["dialog_acts"]

            for i in range(len(dialog_senders)):
                sender = dialog_senders[i]
                acts = dialog_acts_list[i].labels
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curiosity/stats.py [273:315]:
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        log.info(f"N Total Acts: {self._n_total_assistant_msgs}")
        log.info(f"N Total Messages: {n_messages}")

        # Sort count overall
        lst = [(count, act) for act, count in self._count.items()]
        lst.sort(reverse=True)

        # Majority act in this turn
        self._majority = lst[0][1]

        for turn_idx, act_stat in self._count_per_turn.items():
            # Sort count_per_turn for each turn_idx
            lst = [(count, act) for act, count in act_stat.items()]
            lst.sort(reverse=True)

            if len(lst) != 0:
                majority_act = lst[0][1]
            else:
                majority_act = self._majority

            # Majority act in this turn
            self._majority_per_turn[turn_idx] = majority_act
            print("Turn: %d, Majority Act: %s" % (turn_idx, majority_act))

        log.info(f"Majority Act: {self._majority}")
        log.info(f"Majority Map: {self._majority_per_turn}")
        log.info(f"Count Map Per Turn: {self._count_per_turn}")
        log.info(f"Count Map: {self._count}")

    def score(self, data_path: str) -> float:
        log.info(f"Scoring majority classifier with: {data_path}")
        dialogs = CuriosityDialogReader().read(data_path)
        log.info(f"N Dialogs: {len(dialogs)}")
        correct = 0
        total = 0
        n_messages = 0
        for d in dialogs:
            dialog_senders = d["senders"].array
            dialog_acts_list = d["dialog_acts"]

            for i in range(len(dialog_senders)):
                sender = dialog_senders[i]
                acts = dialog_acts_list[i].labels
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