def predict_attacks(self, things, t, act_name, maxrange, radius, base_damage, current):
attackable_positions = circle_positions(self.position, maxrange)
result = []
DAMAGE = base_damage * (1 + settings.HERO_ATTACK_LEVEL_MULTIPLIER * self.level)
received = still_damage(self, current, t)
will_die = 0
if received >= self.life:
received = self.life
will_die = 1
for center in attackable_positions:
action = mkaction(act_name, center, hero_kills=-will_die, damage=-received)
for p in circle_positions(center, radius):
for prob, item in things.get(p, ()):
m = prob * multiplier(self.team, item.team)
damage = m * max(min(DAMAGE, item.life), item.life-item.max_life) # Clip for damage and heal effects
action['damage'] += damage
if damage >= item.life: # scored a kill!
if item.name == 'ancient':
action['ancient_kills'] += m
if item.name == 'tower':
action['tower_kills'] += m
if item.name == 'creep':
action['creep_kills'] += m
if item.team != settings.TEAM_NEUTRAL:
# Must be a hero
action['hero_kills'] += m
result.append(action)
return result
def predict_attacks(self, things, t, act_name, maxrange, radius, base_damage,
current):
attackable_positions = circle_positions(self.position, maxrange)
result = []
DAMAGE = base_damage * (1 +
settings.HERO_ATTACK_LEVEL_MULTIPLIER * self.level)
received = still_damage(self, current, t)
will_die = 0
if received >= self.life:
received = self.life
will_die = 1
for center in attackable_positions:
action = mkaction(act_name,
center,
hero_kills=-will_die,
damage=-received)
for p in circle_positions(center, radius):
for prob, item in things.get(p, ()):
m = prob * multiplier(self.team, item.team)
damage = m * max(
min(DAMAGE, item.life), item.life -
item.max_life) # Clip for damage and heal effects
action['damage'] += damage
if damage >= item.life: # scored a kill!
if item.name == 'ancient':
action['ancient_kills'] += m
if item.name == 'tower':
action['tower_kills'] += m
if item.name == 'creep':
action['creep_kills'] += m
if item.team != settings.TEAM_NEUTRAL:
# Must be a hero
action['hero_kills'] += m
result.append(action)
return result
def fireball(thing, world, target_position):
event_bits = []
affected_positions = circle_positions(target_position,
settings.FIREBALL_RADIUS)
for position in affected_positions:
target = world.things.get(position)
if target:
damage = calculate_damage(thing, settings.FIREBALL_BASE_DAMAGE,
settings.FIREBALL_LEVEL_MULTIPLIER)
target.life -= damage
event_bits.append('damaged {} with fire by {}'.format(
target.name, damage))
world.effects[position] = 'fireball'
return True, ', '.join(event_bits)
def fireball(thing, world, target_position):
event_bits = []
affected_positions = circle_positions(target_position,
settings.FIREBALL_RADIUS)
for position in affected_positions:
target = world.things.get(position)
if target:
damage = calculate_damage(thing,
settings.FIREBALL_BASE_DAMAGE,
settings.FIREBALL_LEVEL_MULTIPLIER)
target.life -= damage
event_bits.append('damaged {} with fire by {}'.format(target.name,
damage))
world.effects[position] = 'fireball'
return ', '.join(event_bits)
def heal(thing, world, target_position):
event_bits = []
affected_positions = circle_positions(target_position,
settings.HEAL_RADIUS)
for position in affected_positions:
target = world.things.get(position)
if target:
# heal avoiding health overflow
heal = calculate_damage(thing, settings.HEAL_BASE_HEALING,
settings.HEAL_LEVEL_MULTIPLIER)
target.life = min(target.max_life, target.life + heal)
event_bits.append('healed {} by {}'.format(target.name, heal))
world.effects[position] = 'heal'
return True, ', '.join(event_bits)
def heal(thing, world, target_position):
event_bits = []
affected_positions = circle_positions(target_position,
settings.HEAL_RADIUS)
for position in affected_positions:
target = world.things.get(position)
if target:
# heal avoiding health overflow
heal = calculate_damage(thing,
settings.HEAL_BASE_HEALING,
settings.HEAL_LEVEL_MULTIPLIER)
target.life = min(target.max_life, target.life + heal)
event_bits.append('healed {} by {}'.format(target.name, heal))
world.effects[position] = 'heal'
return ', '.join(event_bits)
