def strike(dt):
app().showSpark()
self.health = max(self.health - analysis.heroDamage, 0)
app().updateMonsterHealth(self.health)
def hide(dt):
nonlocal i
app().hideSpark()
if i == analysis.heroStrikes - 1:
def clearBlock(dt):
app().hero.money.update(self.money)
app().showMonster(None)
for door in self.guarded_doors:
door.unguard()
app().unblockActions()
self.finish()
for gift in self.gifts:
app().setCell(self.gifts[gift],
self.location + gift, self.floor)
Clock.schedule_once(clearBlock, 0.15)
else:
app().hero.health.update(-analysis.monsterDamage)
i += 1
Clock.schedule_once(strike, 0.15)
Clock.schedule_once(hide, 0.15)
def get(self, cell):
section = floor2section(cell.floor)
money = round(150 * (1.0344)**self.purchases)
health = (section) * 200 + 200
attack = section * 2
defence = section * 2
if app().hero.money.value >= money:
def purchase(item, quantity):
self.purchases += 1
app().hero.money.update(-money)
item.update(quantity)
return True
return (
"Give me %d gold coins\nto increase one of your abilities" %
money + LARGE_TEXT_GAP +
"[ref=1]<1> Health +%d[/ref]" % health + SMALL_TEXT_GAP +
"[ref=2]<2> Attack +%d[/ref]" % attack + SMALL_TEXT_GAP +
"[ref=3]<3> Defence +%d[/ref]" % defence + SMALL_TEXT_GAP +
"[ref=" + REF_KEY_ANY + "]<Any> No, thanks[/ref]", {
"1": lambda: purchase(app().hero.health, health),
"2": lambda: purchase(app().hero.attack, attack),
"3": lambda: purchase(app().hero.defence, defence),
REF_KEY_ANY: lambda: True
})
else:
return ("You need %d gold coins\nto make a purchase!" % money +
LARGE_TEXT_GAP + "Press any key to continue", {
REF_KEY_ANY: lambda: True
})
def interact(self):
app().hero.moveBy(self.location - app().hero.location)
app().blockActions()
def clearBlock(dt):
self.move()
app().unblockActions()
Clock.schedule_once(clearBlock, 0.2)
def open(self):
app().blockActions()
def clearBlock():
app().setCell(Empty(), self.location, self.floor)
app().unblockActions()
_animate(self.texture,
[(self.textureRow, i) for i in range(4)] + [EMPTY_TEXTURE],
clearBlock)
def removeWall(cell, completion=None):
app().blockActions()
def clearBlock():
app().setCell(Empty(), cell.location, cell.floor)
app().unblockActions()
if completion:
completion()
_animate(cell.texture, [(8, i) for i in range(4)] + [EMPTY_TEXTURE],
clearBlock)
def interact(self):
if self.hidden:
app().blockActions()
def clearBlock():
self.hidden = False
app().unblockActions()
_animate(self.texture,
[EMPTY_TEXTURE] + [(8, 3 - i) for i in range(4)],
clearBlock)
def clearBlock(dt):
app().hero.money.update(self.money)
app().showMonster(None)
for door in self.guarded_doors:
door.unguard()
app().unblockActions()
self.finish()
for gift in self.gifts:
app().setCell(self.gifts[gift],
self.location + gift, self.floor)
def __init__(self, monster):
hero = app().hero
self.heroDamage = max(hero.attack.value - monster.defence, 0)
self.heroStrikes = -1 if self.heroDamage == 0 else (
(monster.health - 1) // self.heroDamage + 1)
self.monsterDamage = max(monster.attack - hero.defence.value, 0)
self.monsterTotalDamage = -1 if self.heroStrikes == -1 else (
self.heroStrikes - 1) * self.monsterDamage
def combat(self, attack_location):
print("Attacking %s <%d, %d, %d, %d>" %
(self.name, self.health, self.attack, self.defence, self.money))
analysis = CombatAnalysis(self)
if analysis.monsterTotalDamage != -1 and analysis.monsterTotalDamage < app(
).hero.health.value:
app().hero.moveBy(attack_location - app().hero.location)
app().blockActions()
app().showMonster(self)
i = 0
def strike(dt):
app().showSpark()
self.health = max(self.health - analysis.heroDamage, 0)
app().updateMonsterHealth(self.health)
def hide(dt):
nonlocal i
app().hideSpark()
if i == analysis.heroStrikes - 1:
def clearBlock(dt):
app().hero.money.update(self.money)
app().showMonster(None)
for door in self.guarded_doors:
door.unguard()
app().unblockActions()
self.finish()
for gift in self.gifts:
app().setCell(self.gifts[gift],
self.location + gift, self.floor)
Clock.schedule_once(clearBlock, 0.15)
else:
app().hero.health.update(-analysis.monsterDamage)
i += 1
Clock.schedule_once(strike, 0.15)
Clock.schedule_once(hide, 0.15)
Clock.schedule_once(strike, 0.15)
def property(self):
return app().hero.attack
def property(self):
return app().hero.health
def property(self):
return app().hero.keys[self.key]
def move(self):
app().hero.setLocation(self.loc)
def interact(self):
app().getCell(self.location + self.offset,
self.floor).combat(self.location)
def interact(self):
if app().hero.location - self.location == Point(1, 0):
text, hotkeys = self.contentProvider.get(self)
app().showDialog(text, hotkeys)
def property(self):
return app().hero.handbook
def clearBlock():
app().setCell(Empty(), cell.location, cell.floor)
app().unblockActions()
if completion:
completion()
def clearBlock():
app().setCell(Empty(), self.location, self.floor)
app().unblockActions()
def finish(self):
for part in self.parts:
app().setCell(Empty(), self.location + part, self.floor)
def clearBlock():
self.hidden = False
app().unblockActions()
def property(self):
return app().hero.defence
def interact(self):
self.property.collect(self.quantity)
app().hero.moveBy(self.location - app().hero.location)
app().setCell(Empty(), self.location, self.floor)
def finish(self):
app().setCell(Empty(), self.location, self.floor)
def property(self):
return app().hero.flyingWand
def clearBlock(dt):
self.move()
app().unblockActions()
def interact(self):
if app().hero.keys[self.key].value > 0:
app().hero.keys[self.key].update(-1)
self.open()
def move(self):
app().moveByFloors(self.direction)
def interact(self):
app().hero.moveBy(self.location - app().hero.location)
def purchase(item, quantity):
self.purchases += 1
app().hero.money.update(-money)
item.update(quantity)
return True
