def on_kill(self, e):
if not self.disableAir[e.attacker]:
dist = stat_mgr.dist_3d(self.lastPos[e.attacker], e.attacker_pos)
self.results[e.attacker] += round(dist)
self.lastPos[e.attacker] = e.attacker_pos
if not self.disableAir[e.victim]:
dist = stat_mgr.dist_3d(self.lastPos[e.victim], e.victim_pos)
self.results[e.victim] += round(dist)
self.lastPos[e.victim] = e.victim_pos
def on_kill(self, e):
if not self.disableAir[e.attacker]:
dist = stat_mgr.dist_3d(self.lastPos[e.attacker], e.attacker_pos)
self.results[e.attacker] += round(dist)
self.lastPos[e.attacker] = e.attacker_pos
if not self.disableAir[e.victim]:
dist = stat_mgr.dist_3d(self.lastPos[e.victim], e.victim_pos)
self.results[e.victim] += round(dist)
self.lastPos[e.victim] = e.victim_pos
def on_heal(self, e):
if not self.disableAir[e.giver]:
dist = stat_mgr.dist_3d(self.lastPos[e.giver], e.giver_pos)
self.results[e.giver] += round(dist)
self.lastPos[e.giver] = e.giver_pos
if not self.disableAir[e.receiver]:
dist = stat_mgr.dist_3d(self.lastPos[e.receiver], e.receiver_pos)
self.results[e.receiver] += round(dist)
self.lastPos[e.receiver] = e.receiver_pos
def on_heal(self, e):
if not self.disableAir[e.giver]:
dist = stat_mgr.dist_3d(self.lastPos[e.giver], e.giver_pos)
self.results[e.giver] += round(dist)
self.lastPos[e.giver] = e.giver_pos
if not self.disableAir[e.receiver]:
dist = stat_mgr.dist_3d(self.lastPos[e.receiver], e.receiver_pos)
self.results[e.receiver] += round(dist)
self.lastPos[e.receiver] = e.receiver_pos
def on_vehicle_enter(self, e):
dist = stat_mgr.dist_3d(self.lastPos[e.player], e.player_pos)
self.results[e.player] += round(dist)
self.lastPos[e.player] = e.player_pos
vehicle_type = e.vehicle.vehicle_type
if vehicle_type == HELICOPTER or vehicle_type == JET:
self.disableAir[e.player] = True
def on_kill(self, e):
# Ignore suicides and team kills
if not e.valid_kill:
return
# Ignore empty attackers
if not e.attacker in self.player_to_pos:
return
# Ignore aircraft kills
vehicle = model_mgr.get_vehicle(e.attacker.vehicle_id)
if vehicle.group == AIR:
return
# Calculate the distance traveled by the attacker to get the kill
last_pos = self.player_to_pos[e.attacker]
distance = stat_mgr.dist_3d(last_pos, e.attacker_pos)
# Increment the distance and kills for the attacker
self.distance[e.attacker] += round(distance)
self.kills[e.attacker] += 1
# Display the average
self.results[e.attacker] = round(self.distance[e.attacker] / self.kills[e.attacker])
# Store the current position for next time
self.player_to_pos[e.attacker] = e.attacker_pos
def on_kill(self, e):
# Ignore suicides and team kills
if not e.valid_kill:
return
# Ignore empty attackers
if not e.attacker in self.player_to_pos:
return
# Ignore aircraft kills
vehicle = model_mgr.get_vehicle(e.attacker.vehicle_id)
if vehicle.group == AIR:
return
# Calculate the distance traveled by the attacker to get the kill
last_pos = self.player_to_pos[e.attacker]
distance = stat_mgr.dist_3d(last_pos, e.attacker_pos)
# Increment the distance and kills for the attacker
self.distance[e.attacker] += round(distance)
self.kills[e.attacker] += 1
# Display the average
self.results[e.attacker] = round(self.distance[e.attacker] /
self.kills[e.attacker])
# Store the current position for next time
self.player_to_pos[e.attacker] = e.attacker_pos
def on_vehicle_enter(self, e):
dist = stat_mgr.dist_3d(self.lastPos[e.player], e.player_pos)
self.results[e.player] += round(dist)
self.lastPos[e.player] = e.player_pos
vehicle_type = e.vehicle.vehicle_type
if vehicle_type == HELICOPTER or vehicle_type == JET:
self.disableAir[e.player] = True
def on_vehicle_exit(self, e):
if self.disableAir[e.player]:
self.lastPos[e.player] = e.player_pos
self.disableAir[e.player] = False
return
dist = stat_mgr.dist_3d(self.lastPos[e.player], e.player_pos)
self.results[e.player] += round(dist)
self.lastPos[e.player] = e.player_pos
def on_vehicle_destroy(self, e):
vpos = e.vehicle_pos
for player in model_mgr.get_players():
dist = stat_mgr.dist_3d(vpos, player.pos)
if dist < 5:
self.results[player] += 1
def on_vehicle_destroy(self, e):
vpos = e.vehicle_pos
for player in model_mgr.get_players():
dist = stat_mgr.dist_3d(vpos, player.pos)
if dist < 5:
self.results[player] += 1
def on_vehicle_exit(self, e):
if self.disableAir[e.player]:
self.lastPos[e.player] = e.player_pos
self.disableAir[e.player] = False
return
dist = stat_mgr.dist_3d(self.lastPos[e.player], e.player_pos)
self.results[e.player] += round(dist)
self.lastPos[e.player] = e.player_pos
def on_kill(self, e):
# Ignore suicides and team kills
if not e.valid_kill:
return
dist = stat_mgr.dist_3d(self.spawn_pos[e.victim], e.victim_pos)
if dist < 10:
self.results[e.attacker] += 1
def on_kill(self, e):
# Ignore suicides and team kills
if not e.valid_kill:
return
dist = stat_mgr.dist_3d(self.spawn_pos[e.victim], e.victim_pos)
if dist < 10:
self.results[e.attacker] += 1
def on_kill(self, e):
# Ignore suicides and team kills
if not e.valid_kill:
return
# Make sure only hand carried bullet weapons are used
if e.weapon.group != SOLDIER or e.weapon.ammo != PRECISION:
return
# Update the kill distance for the attacker
dist = round(stat_mgr.dist_3d(e.attacker_pos, e.victim_pos))
if dist > self.results[e.attacker]:
self.results[e.attacker] = dist
def on_kill(self, e):
# Ignore suicides and team kills
if not e.valid_kill:
return
# Make sure only hand carried bullet weapons are used
if e.weapon.group != SOLDIER or e.weapon.ammo != PRECISION:
return
# Update the kill distance for the attacker
dist = round(stat_mgr.dist_3d(e.attacker_pos, e.victim_pos))
if dist > self.results[e.attacker]:
self.results[e.attacker] = dist
def on_death(self, e):
if not e.player in self.player_to_pos:
self.player_to_pos[e.player] = e.player_pos
return
last_pos = self.player_to_pos[e.player]
dist = round(stat_mgr.dist_3d(last_pos, e.player_pos))
self.distance[e.player] += dist
self.deaths[e.player] += 1
self.results[e.player] = round(self.distance[e.player] / self.deaths[e.player])
# Store the current position for next time
self.player_to_pos[e.player] = e.player_pos
def on_death(self, e):
if not e.player in self.player_to_pos:
self.player_to_pos[e.player] = e.player_pos
return
last_pos = self.player_to_pos[e.player]
dist = round(stat_mgr.dist_3d(last_pos, e.player_pos))
self.distance[e.player] += dist
self.deaths[e.player] += 1
self.results[e.player] = round(self.distance[e.player] /
self.deaths[e.player])
# Store the current position for next time
self.player_to_pos[e.player] = e.player_pos
def on_death(self, e):
dist = stat_mgr.dist_3d(self.spawn_pos[e.player], e.player_pos)
if dist < 10:
self.results[e.player] += 1
def on_vehicle_destroy(self, e):
if self.disableAir[e.attacker]:
return
dist = stat_mgr.dist_3d(self.lastPos[e.attacker], e.attacker_pos)
self.results[e.attacker] += round(dist)
self.lastPos[e.attacker] = e.attacker_pos
def on_death(self, e):
dist = stat_mgr.dist_3d(self.spawn_pos[e.player], e.player_pos)
if dist < 10:
self.results[e.player] += 1
def on_repair(self, e):
if self.disableAir[e.giver]:
return
dist = stat_mgr.dist_3d(self.lastPos[e.giver], e.giver_pos)
self.results[e.giver] += round(dist)
self.lastPos[e.giver] = e.giver_pos
def on_kit_pickup(self, e):
if self.disableAir[e.player]:
return
dist = stat_mgr.dist_3d(self.lastPos[e.player], e.player_pos)
self.results[e.player] += round(dist)
self.lastPos[e.player] = e.player_pos
def on_kit_pickup(self, e):
if self.disableAir[e.player]:
return
dist = stat_mgr.dist_3d(self.lastPos[e.player], e.player_pos)
self.results[e.player] += round(dist)
self.lastPos[e.player] = e.player_pos
def on_repair(self, e):
if self.disableAir[e.giver]:
return
dist = stat_mgr.dist_3d(self.lastPos[e.giver], e.giver_pos)
self.results[e.giver] += round(dist)
self.lastPos[e.giver] = e.giver_pos
def on_vehicle_destroy(self, e):
if self.disableAir[e.attacker]:
return
dist = stat_mgr.dist_3d(self.lastPos[e.attacker], e.attacker_pos)
self.results[e.attacker] += round(dist)
self.lastPos[e.attacker] = e.attacker_pos
