HTMT tho xay challenge 2024

htmt-tho-xay-cha-lan-2024.py

def f(activities, team):
    import math
    from datetime import datetime

    act_by_date = dict()
    for act in activities:
        dt_str = act.get('start_date_local')  # 2021-02-12T20:40:00Z
        dt_obj = datetime.strptime(dt_str, '%Y-%m-%dT%H:%M:%SZ')
        # key for ac_by_date dict
        dt_ymd = int("{}{}{}".format(dt_obj.year, dt_obj.month, dt_obj.day))

        km = math.floor(act["distance"]/1000)
        point = 0
        block = 0

        avg_pace = round((1000/act.get('average_speed', 0))/60, 1)
        gap_time_in_minutes = abs(
            act.get('elapsed_time', 0) - act.get('moving_time', 0))/60

        if act.get('type') == "Run" \
            and (3 <= avg_pace <= 11) \
                and gap_time_in_minutes <= 30:
            km_per_block = 1
            point_per_block = 1
            block = math.floor(km/km_per_block)
            point = block * point_per_block

        if point > 0:
            act["block"] = block
            act["km"] = km
            act["point"] = point

            if dt_ymd in act_by_date:
                if act_by_date.get(dt_ymd).get('km') < km:
                    act_by_date[dt_ymd] = act
            else:
                act_by_date[dt_ymd] = act

    valid_acts = []
    for d in sorted(act_by_date):
        print("debug act by date {}".format(d))
        a = act_by_date.get(d)
        if len(valid_acts) == 0:
            valid_acts.append(a)
        else:
            last_valid_act = valid_acts[-1]
            if a.get('km') >= last_valid_act.get('km'):
                valid_acts.append(a)

    return valid_acts


acts = f(activities, team)