def __init__(self, father):
CascadeElement.__init__(self)
self.inventory_display = StatusDisplay(self)
self.mob_list = []
self.current_question_key = ''
self.previous_question = ''
self.current_question = None
self.bg = SimpleSprite('menu.png')
self.inventory = []
self.cursor = SimpleSprite('icons/magnifyingglass.png')
self.pc_position = GameTile(0, 0)
self.pc_sprite = SimpleSprite('tiles/Fighter.png')
self.map = WorldMap(0)
self.subsprites = [
self.bg, self.inventory_display, self.map, self.pc_sprite,
self.cursor
]
self.formation = [
(-2, 4),
(-1, 4.5),
(0, 4),
(1, 4.5),
(2, 4),
]
Interface.__init__(self,
father,
keys=[
('(up|down)(left|right)?', self.move),
(K_ESCAPE, self.quit),
])
def test_raycast(self):
ray = list(self.t1.raycast(self.t2))
assert GameTile(2, 3) in ray
assert GameTile(3, 3.5) in ray
assert GameTile(3, 4.5) in ray
assert len(ray) == 3
def test_tile_dist(self):
# +1 +0.5 is a hex move
t1 = GameTile(5, 2.5)
t2 = GameTile(3, 1.5)
d = t1.dist(t2)
assert round(d, ndigits=10) == 2
def test_range(self):
c1 = Creature('Archer', is_pc=True)
g = Combat([(c1, (0, 0))], [])
hint = g.get_range_hint(c1, c1.abilities[0])
assert GameTile(4, 4) not in hint
assert GameTile(0, -2) in hint
assert GameTile(1, -1.5) in hint
def test_move(self):
c = Creature('Barbarian')
c.set_in_combat(FakeCombat(), GameTile(0, 0), 0)
c.move_or_attack(GameTile(0, 1))
assert c.tile == GameTile(0, 1)
assert c.free_moves == 0
assert c.next_action == 0
def test_attack(self):
f = FakeCombat()
c1 = Creature('Archer', is_pc=True)
c2 = Creature('Archer', is_pc=False)
c1.set_in_combat(f, GameTile(0, 0), 0)
c2.set_in_combat(f, GameTile(0, 1), 0)
c1.move_or_attack(GameTile(0, 1))
assert c1.tile == GameTile(0, 0)
assert c1.next_action == 100
assert c2.health == c2.maxhealth - c1.damage
def test_cleave(self):
f = FakeCombat()
c1 = Creature('Barbarian', is_pc=True)
c2 = Creature('Archer', is_pc=False)
c1.set_in_combat(f, GameTile(0, 0), 0)
c2.set_in_combat(f, GameTile(0, 1), 0)
c1.use_ability(c1.abilities[0], c1.tile)
assert c1.next_action == 100
assert c1.abilities[0].current_cooldown == 200
assert c2.health == c2.maxhealth - c1.damage
assert c1.health == c1.maxhealth
def test_fireball(self):
f = FakeCombat()
c1 = Creature('Wizard', is_pc=True)
c2 = Creature('Archer', is_pc=False)
c3 = Creature('Archer', is_pc=False)
c1.set_in_combat(f, GameTile(0, 0), 0)
c2.set_in_combat(f, GameTile(0, 1), 0)
c3.set_in_combat(f, GameTile(1, 0.5), 0)
c1.use_ability(c1.abilities[0], c2.tile)
assert c1.abilities[0].current_cooldown == 200
assert c2.health == c2.maxhealth - 15
assert c3.health == c3.maxhealth - 11
assert c1.health == c1.maxhealth
def update(self, mouse_pos):
self.updates += 1
self.father.combat_ui.update(self.father.combat, mouse_pos)
range_hint = self.father.combat.get_range_hint(
self.father.combat.to_act, self.ability)
for target in range_hint:
self.father.combat_ui.arena.board[target].animate(
'tiles/GreyTile2.png')
splash_hint = self.father.combat.get_splash_hint(
self.father.combat.to_act, self.ability, self.target)
for target in splash_hint:
self.father.combat_ui.arena.board[target].animate(
'tiles/Yellow2.png')
targets_hint = []
backgrounds = []
for i, target in enumerate(self.valid_targets):
key = i + 1 if i < 9 else 0
x, y = target.display_location()
t = TextSprite('[%d]' % key, '#ffff00', x=x + 4, y=y + 6)
background = Gauge(32, 32, '#000000')
background.move_to(x, y)
background.image.set_alpha(50)
backgrounds.append(background)
targets_hint.append(t)
tile = GameTile.get_tile_for_mouse(mouse_pos)
if tile and tile in self.valid_targets:
self.target = tile
self.father.combat_ui.display()
for t in backgrounds:
t.display()
for t in targets_hint:
t.display()
self.father.combat_ui.cursor.display()
def spawn_creatures(self, pcs, mobs):
i = 0
for pc, gt in pcs:
if pc.health > 0:
pc.set_in_combat(self, GameTile(*gt), i)
i += 2
i = 1
mob_zone = [
gt for gt in GameTile.all_tiles(self.MAP_RADIUS) if gt.y < -3.25
]
for mobdef in mobs:
gt = random.choice(mob_zone)
mob_zone.remove(gt)
c = Creature(mobdef)
c.set_in_combat(self, gt, i)
i += 2
def gen_random(self):
self.board = {}
self.gen_room(GameTile(0, 0))
extremums = []
for neighb in GameTile(0, 0).neighbours():
self.board[neighb + neighb] = rand_tile(neighb + neighb,
self.level)
self.gen_room(neighb + neighb + neighb + neighb)
extremums.append(neighb + neighb + neighb + neighb + neighb +
neighb)
random_stair = random.choice(extremums)
extremums.remove(random_stair)
self.board[random_stair] = StairTile(random_stair)
pc_tile = random.choice(extremums)
pc_tile = GameTile(pc_tile.x * 5 / 6, pc_tile.y * 5 / 6)
self.board[pc_tile] = MapTile(pc_tile)
return pc_tile
def __init__(self, radius):
super().__init__()
self.radius = radius
self.board = {}
for tile in GameTile.all_tiles(radius):
self.board[tile] = SimpleSprite('tiles/GreyTile.png')
self.board[tile].rect.move_ip(*tile.display_location())
self.subsprites = list(self.board.values())
class TestGametile:
def setup(self):
self.t1 = GameTile(2, 2)
self.t2 = GameTile(3, 4.5)
def test_tile_add(self):
t = self.t1 + self.t2
assert t.x == 5
assert t.y == 6.5
def test_tile_sub(self):
t = self.t2 - self.t1
assert t.x == 1
assert t.y == 2.5
def test_tile_dist(self):
# +1 +0.5 is a hex move
t1 = GameTile(5, 2.5)
t2 = GameTile(3, 1.5)
d = t1.dist(t2)
assert round(d, ndigits=10) == 2
def test_tile_compare(self):
t1_bis = GameTile(2.0, 2)
assert self.t1 == t1_bis
assert self.t2 != t1_bis
def test_mouse_location(self):
xt1, yt1 = self.t1.display_location()
assert GameTile.get_tile_for_mouse((xt1, yt1)) == self.t1
assert GameTile.get_tile_for_mouse((xt1 + 20, yt1 + 20)) == self.t1
def test_raycast(self):
ray = list(self.t1.raycast(self.t2))
assert GameTile(2, 3) in ray
assert GameTile(3, 3.5) in ray
assert GameTile(3, 4.5) in ray
assert len(ray) == 3
def make_tiles(self):
size = settings.square_size
for i in range(0, 3):
for j in range(0, 3):
self.tiles[i][j] = GameTile(
int(settings.screen_width / 2) - int(size / 2) - size +
(size * i),
int(settings.screen_height / 2) - int(size / 2) - size +
(size * j), self)
def update(self, combat, mouse_pos):
self.game_frame += 1
self.cursor.rect.x, self.cursor.rect.y = mouse_pos[0] - 10, mouse_pos[
1] - 10
tile = GameTile.get_tile_for_mouse(mouse_pos)
self.hover_xair.update(tile)
self.selected_xair.update(combat.selected)
for creature in combat.creatures.values():
if creature not in self.subsprites:
self.subsprites.insert(3, creature)
creature = combat.creatures.get(
tile, combat.creatures.get(combat.selected, combat.to_act))
if creature:
self.hover_display.update(creature, mouse_pos)
self.hover_display.must_show = True
else:
self.hover_display.must_show = False
self.arena.update(combat.to_act)
def load_game(self, slot):
self.slot = slot
with open('save%d.json' % slot) as f:
d = json.loads(f.read())
self.party_gold = d['gold']
self.pc_position = GameTile.from_string(d['pc_position'])
self.level = d['level']
self.party_food = d['food']
self.map.level = self.level
for key in d['inventory_dump']:
item_class = items.ITEMS[key][0]
item_args = items.ITEMS[key][1]
self.inventory.append(item_class(*item_args))
self.pc_list = [
Creature.dict_load(pc, self.inventory) for pc in d['pcs']
]
self.map.load_dict(d['map'])
self.map.board[self.pc_position].on_step(self)
def __init__(self, combat):
super().__init__()
self.arena = Arena(combat.MAP_RADIUS)
self.cursor = SimpleSprite('icons/magnifyingglass.png')
self.hover_display = InfoDisplay(18, 90)
self.log_display = LogDisplay()
self.bg = SimpleSprite('bg.png')
self.dmg_log_display = DamageLogDisplay()
self.to_act_display = NextToActDisplay()
self.hover_xair = HoverXair('icons/target.png')
self.hover_xair.rect.x, self.hover_xair.rect.y = GameTile(
0, 0).display_location()
self.selected_xair = HoverXair('icons/select.png')
self.subsprites = [
self.bg, self.arena, self.log_display, self.dmg_log_display,
self.to_act_display, self.hover_display, self.hover_xair,
self.selected_xair, self.cursor
]
for c in combat.creatures.values():
self.subsprites.insert(3, c)
self.log_display.push_text('Press [?] for help and keybindings')
self.game_frame = 0
def get_splash_hint(self, creature, ability, selected):
valid_range = [
tile for tile in GameTile.all_tiles(self.MAP_RADIUS)
if ability.splash_hint(creature, selected, tile)
]
return valid_range
def get_range_hint(self, creature, ability):
valid_range = [
tile for tile in GameTile.all_tiles(self.MAP_RADIUS)
if ability.range_hint(creature, tile)
]
return valid_range
def get_valid_targets(self, creature, ability):
valid_targets = [
tile for tile in GameTile.all_tiles(self.MAP_RADIUS)
if ability.is_valid_target(creature, tile)
]
return valid_targets
class WorldInterface(Interface, CascadeElement):
def __init__(self, father):
CascadeElement.__init__(self)
self.inventory_display = StatusDisplay(self)
self.mob_list = []
self.current_question_key = ''
self.previous_question = ''
self.current_question = None
self.bg = SimpleSprite('menu.png')
self.inventory = []
self.cursor = SimpleSprite('icons/magnifyingglass.png')
self.pc_position = GameTile(0, 0)
self.pc_sprite = SimpleSprite('tiles/Fighter.png')
self.map = WorldMap(0)
self.subsprites = [
self.bg, self.inventory_display, self.map, self.pc_sprite,
self.cursor
]
self.formation = [
(-2, 4),
(-1, 4.5),
(0, 4),
(1, 4.5),
(2, 4),
]
Interface.__init__(self,
father,
keys=[
('(up|down)(left|right)?', self.move),
(K_ESCAPE, self.quit),
])
def on_return(self, defunct=None):
self.pc_list = [pc for pc in self.pc_list if pc.health > 0]
if not self.pc_list:
self.erase_save()
game_over = GameOverModal(self)
self.desactivate()
game_over.activate()
def on_click(self, mouse_pos):
self.inventory_display.on_click(mouse_pos)
def new_game(self, slot):
self.slot = slot
self.party_gold = 0
self.party_food = 400
self.level = 1
self.map.level = 1
self.pc_list = [
Creature('Fighter', is_pc=True),
Creature('Barbarian', is_pc=True),
Creature('Archer', is_pc=True),
Creature('Wizard', is_pc=True),
Creature('Enchantress', is_pc=True),
]
self.pc_position = self.map.gen_random()
def display_choices(self):
pass
def move(self, key):
moves = {
'down': 1,
'downleft': 0,
'downright': 2,
'up': 4,
'upright': 5,
'upleft': 3
}
index = moves[key]
new_position = self.pc_position.neighbours()[index]
if self.map.board[new_position].is_wall:
return
self.party_food -= len(self.pc_list)
if self.party_food < 0:
self.erase_save()
game_over = GameOverModal(self)
self.desactivate()
game_over.activate()
self.pc_position = new_position
self.map.board[self.pc_position].on_step(self)
def update(self, mouse_pos):
self.inventory_display.update(mouse_pos)
self.pc_sprite.rect.x, self.pc_sprite.rect.y = self.pc_position.display_location(
)
self.map.update(self.pc_position)
self.cursor.rect.x, self.cursor.rect.y = mouse_pos
self.map.update(self.pc_position)
self.display()
def start_combat(self, mobs):
self.save_game()
gi = CombatInterface(self, mobs)
gi.activate()
self.desactivate()
def save_game(self):
pc_dump = [pc.dict_dump() for pc in self.pc_list]
inventory_dump = [item.name for item in self.inventory]
save = {
'pcs': pc_dump,
'gold': self.party_gold,
'food': self.party_food,
'level': self.level,
'map': self.map.dict_dump(),
'inventory_dump': inventory_dump,
'pc_position': self.pc_position.dict_dump()
}
with open('save%d.json' % self.slot, 'w') as f:
f.write(json.dumps(save))
def quit(self, mouse_pos):
self.save_game()
self.done()
def erase_save(self):
try:
os.unlink('save%d.json' % self.slot)
except FileNotFoundError:
pass
def load_game(self, slot):
self.slot = slot
with open('save%d.json' % slot) as f:
d = json.loads(f.read())
self.party_gold = d['gold']
self.pc_position = GameTile.from_string(d['pc_position'])
self.level = d['level']
self.party_food = d['food']
self.map.level = self.level
for key in d['inventory_dump']:
item_class = items.ITEMS[key][0]
item_args = items.ITEMS[key][1]
self.inventory.append(item_class(*item_args))
self.pc_list = [
Creature.dict_load(pc, self.inventory) for pc in d['pcs']
]
self.map.load_dict(d['map'])
self.map.board[self.pc_position].on_step(self)
def pay(self, amount):
self.party_gold -= amount
def on_click(self, mouse_pos):
tile = GameTile.get_tile_for_mouse(mouse_pos)
if self.combat.selected and self.combat.selected == tile:
self.combat.selected = None
else:
self.combat.selected = tile
def on_click(self, mouse_pos):
self.target = GameTile.get_tile_for_mouse(mouse_pos)
if self.target and self.target in self.valid_targets:
self.father.combat.selected = None
self.done()
def setup(self):
self.t1 = GameTile(2, 2)
self.t2 = GameTile(3, 4.5)
def load_dict(self, d):
for k, v in d.items():
tile = GameTile.from_string(k)
self.board[tile] = MapTile.from_list(v, tile)
def test_mouse_location(self):
xt1, yt1 = self.t1.display_location()
assert GameTile.get_tile_for_mouse((xt1, yt1)) == self.t1
assert GameTile.get_tile_for_mouse((xt1 + 20, yt1 + 20)) == self.t1
def test_tile_compare(self):
t1_bis = GameTile(2.0, 2)
assert self.t1 == t1_bis
assert self.t2 != t1_bis
