def validTarget(ent, targ, rng):
if targ is None or not targ.alive:
return False
if lInf(ent, targ) > rng:
return False
wild = min(ent.status.wilderness, targ.status.wilderness)
if abs(combat.level(ent.skills) - combat.level(targ.skills)) > wild:
return False
return True
def inRange(entity, stim, config, N):
R, C = stim.shape
R, C = R // 2, C // 2
rets = set([entity])
for r in range(R - N, R + N + 1):
for c in range(C - N, C + N + 1):
for e in stim[r, c].ents.values():
minWilderness = min(entity.status.wilderness.val,
e.status.wilderness.val)
selfLevel = combat.level(entity.skills)
targLevel = combat.level(e.skills)
#if abs(selfLevel - targLevel) <= minWilderness:
rets.add(e)
rets = list(rets)
return rets
def call(env, entity, style, targ):
#Can't attack if either party is immune
if entity.status.immune > 0 or targ.status.immune > 0:
return
#Check if self targeted
if entity.entID == targ.entID:
return
#Check wilderness level
wilderness = min(entity.status.wilderness, targ.status.wilderness)
selfLevel = combat.level(entity.skills)
targLevel = combat.level(targ.skills)
if (env.config.WILDERNESS and abs(selfLevel - targLevel) > wilderness
and entity.isPlayer and targ.isPlayer):
return
#Check attack range
rng = style.attackRange(env.config)
start = np.array(entity.base.pos)
end = np.array(targ.base.pos)
dif = np.max(np.abs(start - end))
#Can't attack same cell or out of range
if dif == 0 or dif > rng:
return
#Execute attack
entity.history.attack = {}
entity.history.attack['target'] = targ.entID
entity.history.attack['style'] = style.__name__
targ.attacker = entity
dmg = combat.attack(entity, targ, style.skill)
if style.freeze and dmg > 0:
targ.status.freeze.update(env.config.FREEZE_TIME)
return dmg
def packet(self):
data = {}
data['constitution'] = self.constitution.packet()
data['melee'] = self.melee.packet()
data['range'] = self.range.packet()
data['mage'] = self.mage.packet()
data['defense'] = self.defense.packet()
data['fishing'] = self.fishing.packet()
data['hunting'] = self.hunting.packet()
data['cooking'] = self.cooking.packet()
data['smithing'] = self.smithing.packet()
data['level'] = combat.level(self)
return data
def update(self, obs):
'''Computes a count-based exploration map by painting
tiles as agents walk over them'''
for entID, agent in self.realm.realm.players.items():
r, c = agent.base.pos
skillLvl = (agent.skills.fishing.level +
agent.skills.hunting.level) / 2.0
combatLvl = combat.level(agent.skills)
if skillLvl == 10 and combatLvl == 3:
continue
self.values[r, c, 0] = skillLvl
self.values[r, c, 1] = combatLvl
def log(self, ent) -> None:
'''Logs agent data upon death
This function is called automatically when an agent dies. Logs are used
to compute summary stats and populate the dashboard. You should not
call it manually. Instead, override this method to customize logging.
Args:
ent: An agent
'''
quill = self.quill
blob = quill.register('Population', self.realm.tick, quill.HISTOGRAM,
quill.LINE, quill.SCATTER)
blob.log(self.realm.population)
blob = quill.register('Lifetime', self.realm.tick, quill.HISTOGRAM,
quill.LINE, quill.SCATTER, quill.GANTT)
blob.log(ent.history.timeAlive.val)
blob = quill.register('Skill Level', self.realm.tick, quill.HISTOGRAM,
quill.STACKED_AREA, quill.STATS, quill.RADAR)
blob.log(ent.skills.range.level, 'Range')
blob.log(ent.skills.mage.level, 'Mage')
blob.log(ent.skills.melee.level, 'Melee')
blob.log(ent.skills.constitution.level, 'Constitution')
blob.log(ent.skills.defense.level, 'Defense')
blob.log(ent.skills.fishing.level, 'Fishing')
blob.log(ent.skills.hunting.level, 'Hunting')
blob = quill.register('Equipment', self.realm.tick, quill.HISTOGRAM,
quill.SCATTER)
blob.log(ent.loadout.chestplate.level, 'Chestplate')
blob.log(ent.loadout.platelegs.level, 'Platelegs')
blob = quill.register('Exploration', self.realm.tick, quill.HISTOGRAM,
quill.SCATTER)
blob.log(ent.history.exploration)
quill.stat('Population', self.realm.population)
quill.stat('Lifetime', ent.history.timeAlive.val)
quill.stat('Skilling',
(ent.skills.fishing.level + ent.skills.hunting.level) / 2.0)
quill.stat('Combat', combat.level(ent.skills))
quill.stat('Equipment', ent.loadout.defense)
quill.stat('Exploration', ent.history.exploration)
def __init__(self, realm, pos, iden):
super().__init__(realm, pos, iden, 'Hostile', Neon.RED, -3)
self.dataframe.init(Static.Entity, iden, pos)
self.vision = int(max(self.vision,
1 + combat.level(self.skills) // 10))
self.dataframe.init(Static.Entity, self.entID, self.pos)
def packet(self):
data = super().packet()
data['level'] = combat.level(self)
return data
