def Generate_Tracab_Chance_Videos(match_OPTA, match_tb, frames_tb):
t_init_buf = 0.5
t_end_buf = 0.1
match_end = frames_tb[-1].timestamp
all_shots = [e for e in match_OPTA.hometeam.events if e.is_shot] + [e for e in match_OPTA.awayteam.events if e.is_shot]
for shot in all_shots:
print shot
tstart = (shot.period_id, max(0.0,shot.time-45*(shot.period_id-1) - t_init_buf))
tend = (shot.period_id, min(match_end,shot.time-45*(shot.period_id-1) + t_end_buf))
frames_in_segment = vis.get_frames_between_timestamps(frames_tb,match_tb,tstart,tend)
vis.save_match_clip(frames_in_segment,match_tb,fpath=match_OPTA.fpath+'/chances/',fname=shot.shot_id,include_player_velocities=False,description=shot.shot_descriptor)
figax=(fig, ax))
for cf in corner_frames:
if corners.iloc[0]['Team'] == hometeam:
players = cf.team1_players # home team players
pcolor = 'r.' # for plots
direction_of_play = match.period_parity[
frame.
period] * -1 # 1 means home team is playing right->left, -1 means left-right (but switch sign for this example)
else:
players = cf.team0_players # away team players
pcolor = 'b.'
direction_of_play = match.period_parity[frame.period]
# iterate over attacking players and plot their positions
for k in players.keys(): # players are indexed by their jersey numbers
# is player in penalty area, if so plot their position.
if players[k].pos_x * direction_of_play > penalty_area_edge and abs(
players[k].pos_y) < penalty_area_width / 2.:
ax.plot(players[k].pos_x * 100,
players[k].pos_y * 100,
pcolor,
markersize=1)
# save a movie of the corner
vis.save_match_clip(corner_frames,
match,
PLOTDIR,
fname='corner1',
include_player_velocities=False,
units=1.)