def __init__(self,
name,
pos,
sprite,
hp,
defense,
res,
max_move,
strength,
attack_kind,
strategy,
reach,
xp_gain,
loot,
keywords=None,
lvl=1,
alterations=None):
Movable.__init__(self,
name,
pos,
sprite,
hp,
defense,
res,
max_move,
strength,
attack_kind,
strategy,
lvl,
alterations=alterations)
self.reach = reach
self.xp_gain = int(xp_gain * (1.1**(lvl - 1)))
self.potential_loot = loot
self.keywords = [] if keywords is None else keywords
def __init__(self,
name,
pos,
sprite,
hp,
defense,
res,
strength,
classes,
equipments,
strategy,
lvl,
skills,
alterations,
race,
gold,
interaction,
compl_sprite=None):
Movable.__init__(
self, name, pos, sprite, hp, defense, res,
Character.races_data[race]['move'] +
Character.classes_data[classes[0]]['move'], strength, 'PHYSICAL',
strategy, lvl, skills, alterations, compl_sprite)
self.equipments = equipments
self.classes = classes
self.race = race
self.gold = gold
self.interaction = interaction
self.join_team = False
self.reach_ = [1]
self.constitution = Character.races_data[race]['constitution'] + \
Character.classes_data[classes[0]]['constitution']
def test_init_movable(self):
name = 'movable0'
pos = (3, 2)
sprite = 'imgs/dungeon_crawl/monster/angel.png'
hp = 10
defense = 4
res = 3
max_moves = 5
strength = 2
attack_kind = 'PHYSICAL'
strategy = 'STATIC'
movable_entity = Movable(name, pos, sprite, hp, defense, res,
max_moves, strength, attack_kind, strategy)
self.assertTrue(movable_entity.is_on_pos(pos))
self.assertEqual(max_moves, movable_entity.max_moves)
self.assertEqual(strength, movable_entity.strength)
self.assertEqual(DamageKind[attack_kind], movable_entity.attack_kind)
self.assertEqual(EntityStrategy[strategy], movable_entity.strategy)
self.assertEqual(1, movable_entity.lvl)
self.assertEqual(0, movable_entity.xp)
self.assertEqual(0, len(movable_entity.alterations))
self.assertEqual(0, len(movable_entity.items))
self.assertEqual(0, len(movable_entity.skills))
self.assertFalse(movable_entity.turn_is_finished())
self.assertTrue(movable_entity.has_free_space())
self.assertTrue(movable_entity.can_attack())
self.assertEqual("None", movable_entity.get_formatted_alterations())
self.assertEqual("None", movable_entity.get_abbreviated_alterations())
self.assertEqual(
"", movable_entity.get_formatted_stat_change(rd.choice(STATS)))
def attacked(self, ent, damage, kind, allies):
for eq in self.equipments:
if kind is DamageKind.PHYSICAL:
damage -= eq.defense
elif kind == DamageKind.SPIRITUAL:
damage -= eq.res
return Movable.attacked(self, ent, damage, kind, allies)
def save(self, tree_name):
tree = Movable.save(self, tree_name)
# Save class (if possible)
if len(self.classes) > 0:
class_el = etree.SubElement(tree, 'class')
class_el.text = self.classes[0] # Currently, only first class is saved if any
# Save race
race = etree.SubElement(tree, 'race')
race.text = self.race
# Save gold
gold = etree.SubElement(tree, 'gold')
gold.text = str(self.gold)
# Save inventory
inventory = etree.SubElement(tree, 'inventory')
for item in self.items:
inventory.append(item.save('item'))
# Save equipment
equipments = etree.SubElement(tree, 'equipment')
for equipment in self.equipments:
equipments.append(equipment.save(equipment.body_part))
return tree
def get_stat_change(self, stat):
malus = 0
if stat == 'speed':
# Check if character as a malus to his movement due to equipment total weight exceeding constitution
total_weight = sum([eq.weight for eq in self.equipments])
diff = total_weight - self.constitution
malus = 0 if diff < 0 else - math.ceil(diff / 2)
return malus + Movable.get_stat_change(self, stat)
def random_movable_entity(min_hp=10,
max_hp=30,
max_defense=10,
max_res=10,
name=None):
attrs = random_movable_attributes(min_hp, max_hp, max_defense, max_res,
name)
return Movable(attrs['name'], attrs['pos'], attrs['sprite'], attrs['hp'],
attrs['defense'], attrs['res'], attrs['max_moves'],
attrs['strength'], attrs['attack_kind'], attrs['strategy'])
def save(self, tree_name):
tree = Movable.save(self, tree_name)
# Save loot
loot = etree.SubElement(tree, "loot")
for (item, probability) in self.potential_loot:
if isinstance(item, Gold):
it_el = etree.SubElement(loot, 'gold')
it_name = etree.SubElement(it_el, 'amount')
it_name.text = str(item.amount)
else:
it_el = etree.SubElement(loot, 'item')
it_name = etree.SubElement(it_el, 'name')
it_name.text = item.name
it_probability = etree.SubElement(it_el, 'probability')
it_probability.text = str(probability)
return tree
def lvl_up(self):
Movable.lvl_up(self)
self.stats_up()
def display(self, screen):
Movable.display(self, screen)
for eq in self.equipments:
eq.display(screen, self.pos, True)
from src.scenes.startScreen import StartScreen
from src.services import loadFromXMLManager as Loader
pg.init()
# Load fonts
fonts.init_fonts()
# Window parameters
pg.display.set_caption("In the name of the Five Cats")
screen = pg.display.set_mode((MAIN_WIN_WIDTH, MAIN_WIN_HEIGHT))
# Load constant sprites
Destroyable.init_constant_sprites()
Breakable.init_constant_sprites()
Movable.init_constant_sprites()
Sidebar.init_constant_sprites()
Level.init_constant_sprites()
# Load some data
races = Loader.load_races()
classes = Loader.load_classes()
Character.init_data(races, classes)
clock = pg.time.Clock()
start_screen = StartScreen(screen)
quit_game = False
while not quit_game:
for e in pg.event.get():
