• Input: landing_x, landing_y, shot type and metadata of past 4 strokes 

• Output: landing_x, landing_y, shot type of future strokes 

Column meaning

• train.csv, val.csv, test.csv

  • rally: serial number of rallies in a match

  • ball_round: the order of the shot in a rally

  • time (hr:min:sec): the shot’s hitting time

  • frame_num: sec * fps = frame_num

  • roundscore_A: Player A’s current score in the set

  • roundscore_B: Player B’s current score in the set

  • player: the player who performed the shot

  • type: the type of shot, 10 categories, i.e., short service, long service, clear, push/rush, smash, defensive shot, drive, net shot, lob, drop. (the naming might be different for the two tracks)

  • aroundhead: hit the shuttle around the head or not

  • backhand: hit the shuttle with back hand or not

  • landing_height: if the shuttle destinations is hit above (1) or below (0) the net

  • landing_area: the grid of the shuttle destinations

  • landing_x, landing_y: the coordinates of the shuttle destinations

  • lose_reason: the reason why the rally ended. To be capable of different usages, we record the timest

  • getpoint_player: the player who won the rally

  • player_location_area: the location of the player who performed the shot

  • player_location_x, player_location_y

  • opponent_location_area: the location of the player who prepared to receive the shot

  • opponent_location_x, opponent_location_y: the coordinates of the opponent’s location when the player hits the shuttle

  • set: the current set in a match (best-of-3)

  • match_id: serial number of matches

  • rally_id: serial number of all rallies

  • rally_length: number of shots in a rally, rally_length-4 is the shots needed to predict

  • sample_id: the predictions are required to sample 6 times for each instance, i.e., 1~6

• match_metadata.csv

  • match_id: serial number of matches

  • set: the number of played sets in a match (either 2 or 3)

  • duration: the duration of a match in minutes

  • winner: the winner player

  • loser: the lose player

  • homography_matrix: Help transform coordinates from the real-world system back to the camera system by p=H-1p’

For getting access to the data, please fill in the form.