def __init__(self, game_id, data):
self.current_frame = 0
print("Loading game", game_id)
# TODO: Use game_id to determine file
#Extract DEM file data
d = DemoFile(data)
current_round = 0
round_active = False
# Internal state classes used by the parser! CAREFUL HERE :O
s_players = []
#Callback Functions
def tick_start(msg):
#If first round has not begun yet, return
if not round_active:
return
# print(msg) # Updates every 8 ticks?
# Save from their player state to ours
for o_pl, th_pl in zip(self.m_rounds[-1].players, s_players):
spotted = th_pl.get_prop('DT_BaseEntity', 'm_bSpotted')
pos = int(th_pl.position['x']), int(th_pl.position['y'])
o_pl.add_position(pos, spotted)
def round_start(msg, msg1):
nonlocal round_active
nonlocal s_players
round_active = True
print("Round ", current_round)
#If previous round never ended with a round_end event, it was probably not a real round
if self.m_rounds and self.m_rounds[-1].m_rid == current_round:
del self.m_rounds[-1]
self.m_rounds.append(Round(current_round))
#In professional matches, there are sometimes players that have no team or are spectators
#Store refrences to the internal state of the parser, so we can grab em again later.
s_players = [
p for p in d.entities.players
if p.team and p.team.name != 'Spectator'
]
s_players = sorted(s_players, key=lambda p: p.team.name)
# Generate our players
players = [Person(p.name, p.team.name) for p in s_players]
# And add to round
self.m_rounds[-1].players = players
def round_end(event, msg):
nonlocal current_round
nonlocal round_active
round_active = False
current_round += 1
def death(event, msg):
for idx, key in enumerate(event['event'].keys):
if key.name == 'userid':
user_id = msg.keys[idx].val_short
victim = d.entities.get_by_user_id(user_id)
if victim and round_active:
# Find player index
for p in self.m_rounds[-1].players:
if p.m_name == victim.name:
pos = int(victim.position['x']), int(
victim.position['y'])
p.die(pos)
#Add callback events (calls function whenever event occurs in file)
d.add_callback('tick_start', tick_start)
d.add_callback('round_start', round_start)
d.add_callback('round_end', round_end)
d.add_callback('player_death', death)
#create list of rounds
self.m_rounds = []
#Begin parseing file (may take a while)
d.parse()
#Close file
print("Finished loading game!")
def death(event, msg):
for idx, key in enumerate(event['event'].keys):
if key.name == 'attacker':
user_id = msg.keys[idx].val_short
attacker = d.entities.get_by_user_id(user_id)
elif key.name == 'userid':
user_id = msg.keys[idx].val_short
victim = d.entities.get_by_user_id(user_id)
elif key.name == 'weapon':
weapon = msg.keys[idx].val_string
elif key.name == 'headshot':
headshot = msg.keys[idx].val_bool
if attacker and victim:
print("\n --- Player Death at tick {}---".format(d.current_tick))
print("{} killed by {} with {}. Headshot? {}.\n"
"Attacker: health = {} position = {}\n"
"Victim: position = {}".format(victim.name, attacker.name,
weapon,
'Yes' if headshot else 'No',
attacker.health,
attacker.position,
victim.position))
if __name__ == "__main__":
data = open(sys.argv[1], 'rb').read()
d = DemoFile(data)
d.add_callback('player_death', death)
d.parse()
def get_coordinates():
def m_start(event, msg):
result.append("Match start")
def r_start(event, msg):
for idx, key in enumerate(event['event'].keys):
if key.name == 'objective':
objective = msg.keys[idx].val_string
result.append([objective])
def r_end(event, msg):
for idx, key in enumerate(event['event'].keys):
if key.name == 'winner':
winner = msg.keys[idx].val_byte
elif key.name == 'reason':
reason = msg.keys[idx].val_byte
elif key.name == 'legacy':
legacy = msg.keys[idx].val_byte
elif key.name == 'message':
message = msg.keys[idx].val_string
elif key.name == 'player_count':
player_count = msg.keys[idx].val_short
result.append([message])
def death(event, msg):
for idx, key in enumerate(event['event'].keys):
if key.name == 'attacker':
user_id = msg.keys[idx].val_short
attacker = d.entities.get_by_user_id(user_id)
elif key.name == 'userid':
user_id = msg.keys[idx].val_short
victim = d.entities.get_by_user_id(user_id)
elif key.name == 'weapon':
weapon = msg.keys[idx].val_string
elif key.name == 'headshot':
headshot = msg.keys[idx].val_bool
if attacker and victim:
result.append([attacker.position, victim.position])
def remove_warmup(res_list):
match_start_idx = len(res_list) - 1 - res_list[::-1].index(
"Match start")
new_res_list = res_list[match_start_idx:]
return new_res_list
def create_final_res(res_lst):
new_result = remove_warmup(res_lst)
res_with_round_num = define_round_num(new_result)
res_no_trash = remove_trash(res_with_round_num)
return res_no_trash
def define_round_num(new_res_list):
counter = 1
for i in range(len(new_res_list)):
if new_res_list[i] in ct_round_end_msgs:
new_res_list[i] = [{
"Round msg": new_res_list[i][0],
"round num": counter,
"winner team": "CTs win"
}]
counter += 1
elif new_res_list[i] in t_round_end_msgs:
new_res_list[i] = [{
"Round msg": new_res_list[i][0],
"round num": counter,
"winner team": "Ts win"
}]
counter += 1
return new_res_list
def remove_trash(new_res_list):
for el in new_res_list:
if el == "Match start" or el == ['BOMB TARGET']:
new_res_list.pop(new_res_list.index(el))
return new_res_list
def create_lists(new_res_list, att_list, vic_list, r_list, wnr_list,
tms_list, cts_lvl_list, ts_lvl_list):
round_counter = 1
kill_counter = 0
kills_counter = []
final_winner_list = []
final_team_list = []
idx = 0
rnd_cntr = 1
team_one = ""
team_two = ""
cts_final_lvls = []
ts_final_lvls = []
for el in new_res_list:
if len(el) == 1:
round_counter += 1
kills_counter.append(kill_counter)
kill_counter = 0
wnr_list.append(el[0].get("winner team", ""))
cts_lvl_list.append(el[0].get("ct buy level", ""))
ts_lvl_list.append(el[0].get("t buy level", ""))
else:
att_list.append(el[0])
vic_list.append(el[1])
r_list.append(round_counter)
kill_counter += 1
for el in wnr_list:
if rnd_cntr == 1:
team_one = el
if rnd_cntr == 15:
team_two = team_one
team_one = ""
if rnd_cntr < 15:
if el == team_one:
tms_list.append("Team 1")
else:
tms_list.append("Team 2")
else:
if el == team_two:
tms_list.append("Team 2")
else:
tms_list.append("Team 1")
rnd_cntr += 1
for el in kills_counter:
for i in range(el):
final_team_list.append(tms_list[idx])
final_winner_list.append(wnr_list[idx])
cts_final_lvls.append(cts_lvl_list[idx])
ts_final_lvls.append(ts_lvl_list[idx])
idx += 1
return att_list, vic_list, r_list, final_winner_list, final_team_list, cts_final_lvls, ts_final_lvls
def split_x_y_z(att_or_vic_list, att_or_vic_x, att_or_vic_y, att_or_vic_z):
for el in att_or_vic_list:
att_or_vic_x.append(el['x'])
att_or_vic_y.append(el['y'])
att_or_vic_z.append(el['z'])
return att_or_vic_x, att_or_vic_y, att_or_vic_z
def create_df_from_res(att_x, att_y, att_z, vic_x, vic_y, vic_z, rnds,
wnrs, tms):
data_frame = pd.DataFrame({
'attacker_x': att_x,
'attacker_y': att_y,
'attacker_z': att_z,
'victim_x': vic_x,
'victim_y': vic_y,
'victim_z': vic_z,
'round': rnds,
'wnr_team': wnrs,
'team_num': tms
})
return data_frame
# points for old dust 2: StartX = -2486; StartY = -1150; EndX = 2127; EndY = 3455; ResX = 1024; ResY = 1024;
def pointx_to_resolutionx(xinput, startX=-2486, endX=2127, resX=1024):
sizeX = endX - startX
if startX < 0:
xinput += startX * (-1.0)
else:
xinput += startX
xoutput = float((xinput / abs(sizeX)) * resX)
return xoutput
def pointy_to_resolutiony(yinput, startY=-1150, endY=3455, resY=1024):
sizeY = endY - startY
if startY < 0:
yinput += startY * (-1.0)
else:
yinput += startY
youtput = float((yinput / abs(sizeY)) * resY)
return resY - youtput - 10
# def convert_data(dataframe, list_of_dfs, rnds, wnrs, tms):
# new_df = pd.DataFrame()
# # Convert the data to radar positions
# new_df['att_map_x'] = dataframe['attacker_x'].apply(pointx_to_resolutionx)
# new_df['att_map_y'] = dataframe['attacker_y'].apply(pointy_to_resolutiony)
# new_df['vic_map_x'] = dataframe['victim_x'].apply(pointx_to_resolutionx)
# new_df['vic_map_y'] = dataframe['victim_y'].apply(pointy_to_resolutiony)
# new_df['round'] = rnds
# new_df['winner_team'] = wnrs
# new_df['team_num'] = tms
# list_of_dfs.append(new_df)
#
# return list_of_dfs
def convert_data(dataframe, actual_df, rnds, wnrs, tms, cts_lvls, t_lvls):
new_df = pd.DataFrame()
# Convert the data to radar positions
new_df['att_map_x'] = dataframe['attacker_x'].apply(
pointx_to_resolutionx)
new_df['att_map_y'] = dataframe['attacker_y'].apply(
pointy_to_resolutiony)
new_df['vic_map_x'] = dataframe['victim_x'].apply(
pointx_to_resolutionx)
new_df['vic_map_y'] = dataframe['victim_y'].apply(
pointy_to_resolutiony)
new_df['round'] = rnds
new_df['winner_team'] = wnrs
new_df['team_num'] = tms
new_df['t_buy_level'] = t_lvls
new_df['ct_buy_level'] = cts_lvls
actual_df.append(new_df)
return actual_df
# def df_to_csv(list_of_demos, list_of_dfs):
# for i in range(len(list_of_demos)):
# for j in range(len(list_of_dfs)):
# if i == j:
# list_of_dfs[j].to_csv('../csv/{}.csv'.format(list_of_demos[i]))
def df_to_csv(actual_df, actual_clear_df):
actual_df[0].to_csv('../csv/{}.csv'.format(actual_clear_df[0]))
def economy(dataframe, res_list):
t_buy_level = 0
ct_buy_level = 0
counter = 1
win_streak = 0
prev_winner = ''
for i in range(len(res_list)):
if len(res_list[i]) == 1:
rnd_winner = res_list[i][0].get("winner team")
if counter == 1 or counter == 16:
win_streak = 0
if rnd_winner:
win_streak += 1
ct_buy_level = 1
t_buy_level = 1
if counter == 2 or counter == 17:
if rnd_winner == "CTs win":
if rnd_winner == prev_winner:
win_streak += 1
ct_buy_level = 2.5
t_buy_level = 1.5
else:
win_streak = 1
ct_buy_level = 1.5
t_buy_level = 2.5
else:
if rnd_winner == prev_winner:
win_streak += 1
ct_buy_level = 1.5
t_buy_level = 2.5
else:
win_streak = 1
ct_buy_level = 2.5
t_buy_level = 1.5
if counter == 3 or counter == 18:
if rnd_winner == "Ts win":
if rnd_winner == prev_winner:
win_streak += 1
ct_buy_level = 1.5
t_buy_level = 2.7
else:
win_streak = 1
ct_buy_level = 2.7
t_buy_level = 1.5
else:
if rnd_winner == prev_winner:
win_streak += 1
ct_buy_level = 2.7
t_buy_level = 1.5
else:
win_streak = 1
ct_buy_level = 1.5
t_buy_level = 2.7
if 3 < counter <= 15 or 18 < counter <= 30:
if rnd_winner == "CTs win":
if rnd_winner != prev_winner:
win_streak = 1
# ct_buy_level += 0.2
t_buy_level -= 0.5
else:
if win_streak > 4 and t_buy_level == 2.5:
t_buy_level = 3
elif win_streak > 4 and t_buy_level == 3:
t_buy_level = 2.5
else:
win_streak += 1
if win_streak >= 4:
ct_buy_level += 0.7
t_buy_level = 2.5
else:
if win_streak > 1 and ct_buy_level < 3:
t_buy_level += 0.5
else:
ct_buy_level += 0.4
t_buy_level -= 0.5
if t_buy_level < 1:
t_buy_level = 1
if ct_buy_level > 5:
ct_buy_level = 5
if t_buy_level > 5:
t_buy_level = 5
elif rnd_winner == "Ts win":
if rnd_winner != prev_winner:
win_streak = 1
ct_buy_level -= 0.8
# t_buy_level += 0.5
else:
if win_streak > 4 and ct_buy_level == 2.5:
ct_buy_level = 3
elif win_streak > 4 and ct_buy_level == 3:
ct_buy_level = 2.5
else:
win_streak += 1
if win_streak >= 4:
ct_buy_level = 2.5
t_buy_level += 0.7
else:
if win_streak > 1 and t_buy_level < 3:
ct_buy_level += 0.5
else:
ct_buy_level -= 0.4
t_buy_level += 0.4
if ct_buy_level < 1:
ct_buy_level = 1
if ct_buy_level > 5:
ct_buy_level = 5
if t_buy_level > 5:
t_buy_level = 5
res_list[i][0]["t buy level"] = round(t_buy_level, 1)
res_list[i][0]["ct buy level"] = round(ct_buy_level, 1)
res_list[i] = [res_list[i][0]]
# res_list[0][i] = [res_list[0][i][0], {"t buy level": round(t_buy_level, 1), "ct buy level": round(ct_buy_level, 1)}]
prev_winner = rnd_winner
counter += 1
return res_list
def all_processes(res):
final_res = create_final_res(res)
new_final_res = economy(current_df, final_res)
attackers_list, victims_list, rounds_list, winner_list, teams_list, ct_lvls, t_lvls = create_lists(
final_res, attackers, victims, rounds, winners, teams,
ct_final_lvls, t_final_lvls)
attackers_x, attackers_y, attackers_z = split_x_y_z(
attackers, attacker_x, attacker_y, attacker_z)
vitctims_x, victims_y, victims_z = split_x_y_z(victims, victim_x,
victim_y, victim_z)
df = create_df_from_res(attacker_x, attacker_y, attacker_z, victim_x,
victim_y, victim_z, rounds_list, winner_list,
teams_list)
all_demos_result.append(new_final_res)
new_dff = convert_data(df, current_df, rounds_list, winner_list,
teams_list, ct_lvls, t_lvls)
df_to_csv(current_df, clear_demos_list)
return all_demos_result
all_demos_result = []
current_df = []
ct_round_end_msgs = [['#SFUI_Notice_Bomb_Defused'],
['#SFUI_Notice_CTs_Win'],
['#SFUI_Notice_Target_Saved']]
t_round_end_msgs = [['#SFUI_Notice_Terrorists_Win'],
['#SFUI_Notice_Target_Bombed']]
demos_list = []
clear_demos_list = []
for file in os.listdir("../uploads"):
if file.endswith(".dem"):
demos_list.append(os.path.join("../uploads/", file))
clear_demos_list.append(os.path.splitext(file)[0])
for demo in demos_list:
result = []
attackers, victims, rounds, attacker_x, attacker_y, attacker_z, victim_x, victim_y, victim_z, winners, teams, ct_final_lvls, t_final_lvls = [], [], [], [], [], [], [], [], [], [], [], [], []
data = open(demo, 'rb').read()
d = DemoFile(data)
d.add_callback('round_announce_match_start', m_start)
d.add_callback('round_start', r_start)
d.add_callback('player_death', death)
d.add_callback('round_end', r_end)
d.parse()
data_res = all_processes(result)
return data_res
print(t)
def server_text(msg):
print_color(msg.text)
def game_chat(msg):
params = {}
if msg.msg_name.endswith('AllDead'):
params['dead'] = '\x1b[0;31m* DEAD *\x1b[0m '
else:
params['dead'] = ''
params['name'] = '{}{}\x1b[0m'.format(ansi_colors[msg.ent_idx % 14],
msg.params[0])
params['message'] = msg.params[1]
fmt = "{dead}{name}: {message}".format(**params)
print(fmt)
if __name__ == "__main__":
data = open(sys.argv[1], 'rb').read()
d = DemoFile(data)
d.add_callback('SayText', server_text)
d.add_callback('SayText2', game_chat)
d.parse()