def create_place(self, x, y, size, roads_to, persons=(), name_forms=None, is_frontier=False): # pylint: disable=R0914
place_power = int(max(place.power for place in places_storage.all()) * float(size) / places_settings.MAX_SIZE)
place_power_steps = int(places_settings.POWER_HISTORY_LENGTH / c.MAP_SYNC_TIME)
place_power_per_step = (place_power / place_power_steps) + 1
place = PlacePrototype.create( x=x,
y=y,
utg_name=name_forms.word,
is_frontier=is_frontier,
size=size)
initial_turn = TimePrototype.get_current_turn_number() - places_settings.POWER_HISTORY_LENGTH
for i in xrange(place_power_steps):
place.push_power(int(initial_turn+i*c.MAP_SYNC_TIME), int(place_power_per_step))
for person_name_forms, power_percent, race, gender, tp in persons:
person = PersonPrototype.create(place=place,
race=race,
gender=gender,
tp=tp,
name_forms=person_name_forms)
person_power = place_power * power_percent
person_power_steps = int(persons_conf.settings.POWER_HISTORY_LENGTH / c.MAP_SYNC_TIME)
person_power_per_step = (person_power / person_power_steps) + 1
initial_turn = TimePrototype.get_current_turn_number() - persons_conf.settings.POWER_HISTORY_LENGTH
for i in xrange(person_power_steps):
person.push_power(int(initial_turn+i*c.MAP_SYNC_TIME), int(person_power_per_step))
person.save()
place.sync_persons(force_add=True)
power_delta = self.INITIAL_PERSON_POWER
for person in place.persons:
person.fill_power_evenly(power_delta)
person.save()
power_delta /= 2
place.sync_race()
place.save()
for destination in roads_to:
Road.objects.create(point_1=place._model, point_2=destination._model)
persons_storage.update_version()
places_storage.update_version()
roads_storage.update_version()
persons_storage.refresh()
places_storage.refresh()
roads_storage.refresh()
return place
def create_test_map():
linguistics_logic.sync_static_restrictions()
map_logic.create_test_my_info()
p1 = PlacePrototype.create( x=1, y=1, size=1, utg_name=names.generator.get_test_name(name='1x1'))
p2 = PlacePrototype.create( x=3, y=3, size=3, utg_name=names.generator.get_test_name(name='10x10'))
p3 = PlacePrototype.create( x=1, y=3, size=3, utg_name=names.generator.get_test_name(name='1x10'))
for place in places_storage.all():
place.sync_persons(force_add=True)
RoadPrototype.create(point_1=p1, point_2=p2).update()
RoadPrototype.create(point_1=p2, point_2=p3).update()
update_waymarks()
update_nearest_cells()
mob_1 = MobRecordPrototype.create_random('mob_1')
mob_2 = MobRecordPrototype.create_random('mob_2')
mob_3 = MobRecordPrototype.create_random('mob_3')
ArtifactRecordPrototype.create_random('loot_1', mob=mob_1)
ArtifactRecordPrototype.create_random('loot_2', mob=mob_2)
ArtifactRecordPrototype.create_random('loot_3', mob=mob_3)
ArtifactRecordPrototype.create_random('helmet_1', type_=ARTIFACT_TYPE.HELMET, mob=mob_1)
ArtifactRecordPrototype.create_random('plate_1', type_=ARTIFACT_TYPE.PLATE, mob=mob_2)
ArtifactRecordPrototype.create_random('boots_1', type_=ARTIFACT_TYPE.BOOTS, mob=mob_3)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.PANTS, type_=ARTIFACT_TYPE.PANTS)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.BOOTS, type_=ARTIFACT_TYPE.BOOTS)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.PLATE, type_=ARTIFACT_TYPE.PLATE)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.GLOVES, type_=ARTIFACT_TYPE.GLOVES)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.WEAPON, type_=ARTIFACT_TYPE.MAIN_HAND)
companions_logic.create_random_companion_record('companion_1', dedication=companions_relations.DEDICATION.HEROIC, state=companions_relations.STATE.ENABLED)
companions_logic.create_random_companion_record('companion_2', dedication=companions_relations.DEDICATION.BOLD, state=companions_relations.STATE.ENABLED)
companions_logic.create_random_companion_record('companion_3', dedication=companions_relations.DEDICATION.BOLD, state=companions_relations.STATE.DISABLED)
return p1, p2, p3
def create(cls, turn_number, width, height, terrain, world): # pylint: disable=R0914
from the_tale.game.map.generator.descriptors import UICells
terrain_percents = {}
terrain_squares = collections.defaultdict(int)
for y in xrange(0, height):
for x in xrange(0, width):
cell = world.generator.cell_info(x, y)
if cell.height < -0.2:
terrain_squares[MAP_STATISTICS.LOWLANDS] += 1
elif cell.height < 0.3:
terrain_squares[MAP_STATISTICS.PLAINS] += 1
else:
terrain_squares[MAP_STATISTICS.UPLANDS] += 1
if cell.vegetation == VEGETATION_TYPE.DESERT:
terrain_squares[MAP_STATISTICS.DESERTS] += 1
elif cell.vegetation == VEGETATION_TYPE.GRASS:
terrain_squares[MAP_STATISTICS.GRASS] += 1
else:
terrain_squares[MAP_STATISTICS.FORESTS] += 1
total_cells = width * height
terrain_percents = dict( (id_.value, float(square) / total_cells) for id_, square in terrain_squares.items())
person_race_percents = get_person_race_percents(persons_storage.filter(state=PERSON_STATE.IN_GAME))
race_percents = get_race_percents(places_storage.all())
#race to cities percents
race_cities = dict( (race.value, 0) for race in RACE.records)
for place_model in Place.objects.all():
place = PlacePrototype(place_model)
race_cities[place.race.value] += 1
statistics = {'terrain_percents': terrain_percents,
'person_race_percents': person_race_percents,
'race_percents': race_percents,
'race_cities': race_cities}
model = MapInfo.objects.create(turn_number=turn_number,
width=width,
height=height,
terrain=s11n.to_json([ [cell.value for cell in row] for row in terrain]),
cells=s11n.to_json(UICells.create(world.generator).serialize()),
world=world._model,
statistics=s11n.to_json(statistics))
return cls(model)
def setUp(self):
super(PlacePowerTest, self).setUp()
linguistics_logic.sync_static_restrictions()
map_logic.create_test_my_info()
places_storage.clear()
persons_storage.clear()
self.place = PlacePrototype.create(x=0,
y=0,
size=5,
utg_name=names.generator.get_test_name(name='power_test_place'),
race=RACE.HUMAN)
self.place.sync_persons(force_add=True)
persons_storage.sync(force=True)
def setUp(self):
super(PlacePowerTest, self).setUp()
linguistics_logic.sync_static_restrictions()
map_logic.create_test_my_info()
places_storage.clear()
persons_storage.clear()
self.place = PlacePrototype.create(
x=0,
y=0,
size=5,
utg_name=names.generator.get_test_name(name='power_test_place'),
race=RACE.HUMAN)
self.place.sync_persons(force_add=True)
persons_storage.sync(force=True)
def test_habit_change_speed__penaltuy(self):
self.assertEqual(PlacePrototype._habit_change_speed(0, 0, 0), 0)
self.assertEqual(PlacePrototype._habit_change_speed(500, 0, 0), -5)
self.assertEqual(PlacePrototype._habit_change_speed(-500, 0, 0), 5)
def test_habit_change_speed(self):
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, 100), 0)
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, -100), 0)
self.assertEqual(PlacePrototype._habit_change_speed(0, -100, 100), 0)
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, 0), c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 0, 100), -c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, -100, 0), c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 0, -100), -c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, 1), c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, -100, 1), c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 1, 100), -c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, -1, 100), -c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
def test_habit_change_speed__penaltuy(self):
self.assertEqual(PlacePrototype._habit_change_speed(0, 0, 0), 0)
self.assertEqual(PlacePrototype._habit_change_speed(500, 0, 0), -5)
self.assertEqual(PlacePrototype._habit_change_speed(-500, 0, 0), 5)
def test_habit_change_speed(self):
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, 100), 0)
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, -100), 0)
self.assertEqual(PlacePrototype._habit_change_speed(0, -100, 100), 0)
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, 0),
c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 0, 100),
-c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, -100, 0),
c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 0, -100),
-c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 100, 1),
c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, -100, 1),
c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, 1, 100),
-c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
self.assertEqual(PlacePrototype._habit_change_speed(0, -1, 100),
-c.PLACE_HABITS_CHANGE_SPEED_MAXIMUM)
def create_test_map():
linguistics_logic.sync_static_restrictions()
map_logic.create_test_my_info()
p1 = PlacePrototype.create(
x=1, y=1, size=1, utg_name=names.generator.get_test_name(name='1x1'))
p2 = PlacePrototype.create(
x=3, y=3, size=3, utg_name=names.generator.get_test_name(name='10x10'))
p3 = PlacePrototype.create(
x=1, y=3, size=3, utg_name=names.generator.get_test_name(name='1x10'))
for place in places_storage.all():
place.sync_persons(force_add=True)
RoadPrototype.create(point_1=p1, point_2=p2).update()
RoadPrototype.create(point_1=p2, point_2=p3).update()
update_waymarks()
update_nearest_cells()
mob_1 = MobRecordPrototype.create_random('mob_1')
mob_2 = MobRecordPrototype.create_random('mob_2')
mob_3 = MobRecordPrototype.create_random('mob_3')
ArtifactRecordPrototype.create_random('loot_1', mob=mob_1)
ArtifactRecordPrototype.create_random('loot_2', mob=mob_2)
ArtifactRecordPrototype.create_random('loot_3', mob=mob_3)
ArtifactRecordPrototype.create_random('helmet_1',
type_=ARTIFACT_TYPE.HELMET,
mob=mob_1)
ArtifactRecordPrototype.create_random('plate_1',
type_=ARTIFACT_TYPE.PLATE,
mob=mob_2)
ArtifactRecordPrototype.create_random('boots_1',
type_=ARTIFACT_TYPE.BOOTS,
mob=mob_3)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.PANTS,
type_=ARTIFACT_TYPE.PANTS)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.BOOTS,
type_=ARTIFACT_TYPE.BOOTS)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.PLATE,
type_=ARTIFACT_TYPE.PLATE)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.GLOVES,
type_=ARTIFACT_TYPE.GLOVES)
ArtifactRecordPrototype.create_random(DEFAULT_HERO_EQUIPMENT.WEAPON,
type_=ARTIFACT_TYPE.MAIN_HAND)
companions_logic.create_random_companion_record(
'companion_1',
dedication=companions_relations.DEDICATION.HEROIC,
state=companions_relations.STATE.ENABLED)
companions_logic.create_random_companion_record(
'companion_2',
dedication=companions_relations.DEDICATION.BOLD,
state=companions_relations.STATE.ENABLED)
companions_logic.create_random_companion_record(
'companion_3',
dedication=companions_relations.DEDICATION.BOLD,
state=companions_relations.STATE.DISABLED)
return p1, p2, p3
def create_place(self,
x,
y,
size,
roads_to,
persons=(),
name_forms=None,
is_frontier=False): # pylint: disable=R0914
place_power = int(
max(place.power for place in places_storage.all()) * float(size) /
places_settings.MAX_SIZE)
place_power_steps = int(places_settings.POWER_HISTORY_LENGTH /
c.MAP_SYNC_TIME)
place_power_per_step = (place_power / place_power_steps) + 1
place = PlacePrototype.create(x=x,
y=y,
utg_name=name_forms.word,
is_frontier=is_frontier,
size=size)
initial_turn = TimePrototype.get_current_turn_number(
) - places_settings.POWER_HISTORY_LENGTH
for i in xrange(place_power_steps):
place.push_power(int(initial_turn + i * c.MAP_SYNC_TIME),
int(place_power_per_step))
for person_name_forms, power_percent, race, gender, tp in persons:
person = PersonPrototype.create(place=place,
race=race,
gender=gender,
tp=tp,
name_forms=person_name_forms)
person_power = place_power * power_percent
person_power_steps = int(
persons_conf.settings.POWER_HISTORY_LENGTH / c.MAP_SYNC_TIME)
person_power_per_step = (person_power / person_power_steps) + 1
initial_turn = TimePrototype.get_current_turn_number(
) - persons_conf.settings.POWER_HISTORY_LENGTH
for i in xrange(person_power_steps):
person.push_power(int(initial_turn + i * c.MAP_SYNC_TIME),
int(person_power_per_step))
person.save()
place.sync_persons(force_add=True)
power_delta = self.INITIAL_PERSON_POWER
for person in place.persons:
person.fill_power_evenly(power_delta)
person.save()
power_delta /= 2
place.sync_race()
place.save()
for destination in roads_to:
Road.objects.create(point_1=place._model,
point_2=destination._model)
persons_storage.update_version()
places_storage.update_version()
roads_storage.update_version()
persons_storage.refresh()
places_storage.refresh()
roads_storage.refresh()
return place
