def end(self):
if self.player.health > 0:
output.declare("You have defeated " + self.monster.the + "!")
self.monster.die()
return False
else:
return True
def activate(self):
amount = randint(self.lowerBound, self.upperBound)
self.player.inventory.addGold(amount)
if amount == 0:
output.declare("You find nothing while scavenging.")
else:
output.declare("You find " + output.formatNumber(amount) +
" gold while scavenging.")
# check player setting: auto-scavenge
if self.player.settings["auto-scavenge"]:
self.player.attemptAutoAct(self)
def activate(self):
amount = self.player.recoverHealth(
randint(self.lowerBound, self.upperBound))
if self.player.health == self.player.stats.health.getValue():
output.declare("You are at full health after resting!")
else:
output.declare("You recover " + output.formatNumber(amount) +
" health from resting. You now have " +
output.formatNumber(self.player.health) + "/" +
str(self.player.stats.health.getValue()) +
" health.")
# check player setting: auto-rest
if self.player.settings["auto-rest"]:
if self.player.health < self.player.stats.health.getValue():
self.player.attemptAutoAct(self)
def start(self):
if self.gold == 0 and self.experience == 0 and len(self.items) == 0:
return
# Output the gold and experience first because the player might level up after adding the experience.
if self.gold != 0:
output.declare("You collect " + str(self.gold) + " gold.")
output.declare("You collect " + str(self.experience) + " experience.")
self.player.inventory.addGold(self.gold)
self.player.addExperience(self.experience)
if len(self.items) > 0:
if not self.dropAll:
self.dropItem(self.items.getOption())
else:
allDrops = self.items.getAll()
for i in allDrops:
self.dropItem(i)
def start(self):
self.initGame()
while self.player.alive:
try:
self.player.act()
self.player.interact()
except Exception:
output.bar()
output.declare("! ERROR !")
output.bar()
output.bellow("Adventure has crashed. The program will quit after you answer this question. See Python traceback?")
if input.yesNo():
traceback.print_exc()
input.getInput("end")
break
input.close()
def activate(self):
stats = self.player.stats.getStats()
output.say("Which stat do you want to boost?")
while True:
stat = input.inputFromOptions(
self.name, stats, lambda stat: stat.name + " by " + str(
self.bonuses[stat.name] * stat.difficultyModifier) +
", currently at " + str(stat) + ".")
output.say("Are you sure you want to boost " + str(stat.name) +
" by " +
str(self.bonuses[stat.name] * stat.difficultyModifier) +
"?")
if input.yesNo():
stat.add(self.bonuses[stat.name])
break
if len(self.abilities) > 0 and self.player.level == self.abilities[0][
2]: # check if level is correct
output.exclaim("You learn a new ability: " +
str(self.abilities[0][0]).upper() + "!")
output.declare(self.abilities[0][1]) # ability description
self.player.abilities.append(self.abilities[0][0])
self.abilities.pop(0)
def stabLogic(ablty, player, target):
# stab deals 50% more damage if stealthed
if player.states["stealth"]:
ability.damage(ablty, player, target, 13, 17)
else:
ability.damage(ablty, player, target, 8, 12)
# if the player coated their dagger with poison, apply it
if player.states["daggerPoisoned"]:
player.states["daggerPoisoned"] = False
target.addEffect(
effect.DamageOverTime("poison",
duration=3,
lowerBound=6,
upperBound=9,
caster=player))
# stab takes the player out of stealth
exitStealth(player)
# stab also has a chance (increased with dodge) to put the player in stealth
if random.random() < 0.25 + player.stats.dodge.value:
enterStealth(player)
output.declare("Stab triggers stealth!")
def smiteLogic(ablty, player, target):
ability.damage(ablty, player, target, 6, 10)
generateHolyPower(player, 1)
if random.random() < player.stats.criticalChance.getValue():
output.declare("Smite grants an additional holy power!")
generateHolyPower(player, 1)
def start(self):
self.monster.reset(
) # the same instance of the monster may have already been fought
output.bar()
output.declare("You have been attacked by " + self.monster.a + "!")
output.bar()