The following is a score of a single game in badminton. The top row is the score for Player 1. The second row is the score for Player 2. Represent this data in an ArrayList in a class called BadmintonScoring.
(see attached document for score data)
Compute the maximum points scored by Player 1 and Player 2.
Compute the maximum number of points scored in a continuous sequence by Player 1 and Player 2. Hint: Player 1 scored the sequence 0-1-2, which implies s/he scored 2 points in continuous sequence. Similarly, for Player 2, 16-17-18-19-20-21 implies that s/he scored 5 points in a continuous sequence.
Extend BadmintonScoring to associate each point scored by a player with a particular stroke that earned that point, using the notion of association list. You can represent each point as an object and store the score of a player in an association list (refer to Chapter 7, section 7.4.2 for details). For example, when Player 1 scored his/her first point, instead of just 1, it could have been {1, slice}. Thus, each point is augmented with the type of stroke from the following list:
a. slice
b. drive
c. smash
d. drop
e. net-shot
4. Store the following score of a single game using the modified BadmintonScoring class.
(see attached document for score data)
5. Identify the type of stroke that earned most points for each player
